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| Reference ID | Label | String |
|---|---|---|
| 0x00030001 | newthermox | NEWTHERMOX |
| 0x000A0001 | tri20 | TRI20 |
| 0x000A0002 | brooks38xxva | 38XXVA |
| 0x000A0003 | brooks99xxoval | 99XXOVAL |
| 0x000A0004 | quantim | QUANTIM |
| 0x000D0001 | gas_usm | 3400 Series Gas USM |
| 0x000D0002 | liquid_usm | 3800 Series Liquid USM |
| 0x000E0001 | ht | HT |
| 0x00110001 | fmu860 | FMU860 |
| 0x00110002 | fmu861 | FMU861 |
| 0x00110003 | fmu862 | FMU862 |
| 0x00110004 | fmr130 | FMR130/Micropilot |
| 0x00110005 | cerabar_s | CERABS /Cerabar S |
| 0x00110006 | fec12 | FEC12 |
| 0x00110007 | deltabar_s | DELTBS/Deltabar S |
| 0x00110008 | fmu231 | FMU231/FMU13x |
| 0x00110009 | deltapilot | DELTAPS/ Deltapilot |
| 0x0011000A | fmr23x | FMR23x |
| 0x0011000B | fmp200 | FMP200 |
| 0x0011000C | cerabar_m | Cerabar M |
| 0x0011000D | fmr2xx | FMR2xx |
| 0x0011000E | fmr53x | FMR53x |
| 0x00110013 | promag33 | PROMAG33 |
| 0x00110014 | prowirl70 | PROWIRL70 |
| 0x00110015 | promass63 | PROMASS63 |
| 0x00110016 | promag39 | PROMAG39 |
| 0x00110017 | promag35s | PROMAG35S |
| 0x00110018 | prowirl77 | PROWIRL77 |
| 0x00110019 | promass60 | PROMASS60 |
| 0x0011001A | proson_f | PROSON F |
| 0x0011001B | promag50 | PROMAG50 |
| 0x0011001C | promag53 | PROMAG53 |
| 0x0011001D | promag23 | PROMAG23 |
| 0x0011001E | promass80 | PROMASS80 |
| 0x0011001F | promass83 | PROMASS83 |
| 0x00110020 | promass40 | PROMASS40 |
| 0x00110021 | at70 | AT70 |
| 0x00110022 | tmd832 | TMD832 |
| 0x00110023 | tmd833 | TMD833 |
| 0x00110024 | tmd842 | TMD842 |
| 0x00110025 | mypro_ph | MyPro pH |
| 0x00110026 | mypro_lfc | MyPro LFC |
| 0x00110027 | mypro_lfi | MyPro LFI |
| 0x00110028 | nmt530 | NMT530 |
| 0x00110029 | tmt182 | TMT182 |
| 0x0011002A | prowirl72 | PROWIRL72 |
| 0x0011002B | deltabars | DeltabarS |
| 0x0011002C | cerabars | CerabarS |
| 0x0011002D | promag51 | PROMAG51 |
| 0x0011002E | promag10 | PROMAG10 |
| 0x0011002F | pflow90 | P_FLOW90 |
| 0x00110030 | nms530 | NMS530 |
| 0x00110031 | tmt122 | TMT122 |
| 0x00110032 | tmt162 | TMT162 |
| 0x00110033 | prowirl73 | PROWIRL73 |
| 0x00110034 | pflow93 | P_FLOW93 |
| 0x00110035 | tmt142 | TMT142 |
| 0x00110036 | fmr25x | FMR25x |
| 0x00110037 | promass84 | PROMASS84 |
| 0x00110038 | fmg60 | FMG60 |
| 0x00110039 | fmu4x | FMU4x |
| 0x0011003A | fmp4x | FMP4x |
| 0x0011003B | nrf590 | NRF590 |
| 0x0011003C | fmu9x | FMU9x |
| 0x0011003D | deltapilots | DeltapilotS |
| 0x0011003E | pflow92 | P_FLOW92 |
| 0x0011003F | pflow91 | P_FLOW91 |
| 0x00110040 | promag55 | PROMAG55 |
| 0x00110041 | t_mass65 | T-MASS65 |
| 0x00110042 | fmr54x | FMR54x |
| 0x00110043 | fmi5x | FMI5x |
| 0x00110044 | fmp4x_i | FMP4x I |
| 0x00110045 | cerabar_m_5x | Cerabar M 5x |
| 0x00110046 | deltabar_m_5x | Deltabar M 5x |
| 0x00110047 | deltapilot_m_5x | Deltapilot M 5x |
| 0x00110048 | waterpilot_2x | Waterpilot 2x |
| 0x00120001 | xm2000 | 50XM2000 |
| 0x00120002 | xe4000 | 50XE4000 |
| 0x00120003 | vt1000 | 50VT1000 |
| 0x00120004 | vm1000 | 50VM1000 |
| 0x00120005 | xm1000 | 50XM1000 |
| 0x00120006 | sm1000 | 50SM1000 |
| 0x00120007 | pth | PTH |
| 0x00120008 | tb82ph | TB82PH pH |
| 0x00120009 | tb82orp | TB82PH ORP |
| 0x0012000A | tb82pion | TB82PH pION |
| 0x0012000B | tb82iconc | TB82PH IConc |
| 0x0012000C | tb82cond | TB82EC COND |
| 0x0012000D | tb82tcconc | TB82TC CONC |
| 0x0012000E | tb82tecond | TB82TE COND |
| 0x0012000F | tb82teconc | TB82TE CONC |
| 0x00120010 | tb82tccond | TB82TC COND |
| 0x00120011 | tb82conc | TB82EC CONC |
| 0x00130001 | dvc2000 | DVC2000 |
| 0x00130002 | dvc6000 | DVC6000 |
| 0x00130003 | position_monitor_4320 | 4320 Position Monitor |
| 0x00130004 | position_xmitter | Position Xmitter |
| 0x00140001 | imt25 | IMT25 |
| 0x00140002 | ia_pressure | I/A Pressure |
| 0x00140003 | imv_25 | IMV 25/30 |
| 0x00140004 | fox_875ph | 875PH |
| 0x00140005 | itvortex | ITVORTEX |
| 0x00140006 | cft50 | CFT50 |
| 0x00140007 | rtt15 | RTT15 |
| 0x00140008 | cft30x | CFT 30 x |
| 0x00140009 | fox_875cr | 875CR |
| 0x0014000A | fox_875ec | 875EC |
| 0x0014000B | vortex_84 | Vortex 84 |
| 0x0014000C | imv31 | IMV31 |
| 0x0014000D | iaspt_premium_2 | IASPT Premium 2 |
| 0x0014000E | imt96 | IMT96 |
| 0x0014000F | mag2 | MAG2 |
| 0x00140010 | cr876 | 876 CR |
| 0x00140011 | ec876 | 876 EC |
| 0x00140012 | ph876 | 876 pH |
| 0x00150001 | fcx_ac | FCX-A/C |
| 0x00150002 | fcx_a2c2 | FCX-A2/C2 |
| 0x00150003 | frc | FRC |
| 0x00160001 | teu471 | TEU 471 |
| 0x00160002 | teu421 | TEU 421 |
| 0x00160003 | teu211 | TEU 211 |
| 0x00160004 | ts11 | TS 11 |
| 0x00160005 | th02 | TH 02 |
| 0x00160006 | tzid | TZID |
| 0x00160007 | tzidc | TZIDC |
| 0x00160008 | as800 | AS800 |
| 0x00160009 | contrac | Contrac |
| 0x00170001 | st3000 | ST3000 |
| 0x00170002 | stt25t | STT25T |
| 0x00170003 | hwflow | HWFLOW/Mage W Plus |
| 0x00170004 | stt25h | STT25H |
| 0x00170005 | stt2500 | ST2500 |
| 0x00170006 | herculine | HERCULINE |
| 0x00170007 | smartcet | SmartCET |
| 0x00170008 | stt17h | STT17H |
| 0x00170009 | stt25s | STT25S |
| 0x0017000A | twm9000 | TWM9000 |
| 0x0017000B | smartcet5500 | SmartCET CET5500M |
| 0x00190001 | density_3680 | 3680 Dens |
| 0x00190002 | steam_quality_3280 | 3280 Steam qual |
| 0x00190003 | kayray4790 | 4790 |
| 0x00190004 | accu_pulse_pro | Accu-Pulse PRO |
| 0x001A0007 | ksx | KSX |
| 0x001A0008 | abb_600t | 600T |
| 0x001A0009 | abb_kst | KST |
| 0x001A000A | abb_658t | 658T |
| 0x001A000B | abb_652 | 652/653S |
| 0x001A000C | abb_2600t_268 | 2600T-268 |
| 0x001A000D | abb_2600t_262_264 | 2600T-262/264 |
| 0x001A000E | abb_263_265_2000t | 263/265, 2000T |
| 0x001A000F | fsm4000 | FSM4000 |
| 0x001A0010 | tb82ph_comb | TB82PH-Combined |
| 0x001A0011 | tb82ec_comb | TB82EC-Combined |
| 0x001A0012 | tb82te_comb | TB82TE-Combined |
| 0x001A0013 | tb82tc_comb | TB82TC-Combined |
| 0x001A0014 | abb_261 | 261 |
| 0x001A0015 | abb_2600t_364 | 2600T-364 |
| 0x001A0016 | fvs4000 | FVS4000 |
| 0x001A0017 | ttx300_series | TTX300 series |
| 0x001A0018 | fam540 | VA Master FAM540 |
| 0x001A0019 | fex300 | FEX300 |
| 0x001A001A | abb_2600t_266 | 2600T 266 Pressure |
| 0x001A001B | th01 | TH01 |
| 0x001A001C | ttx200 | TTX200 |
| 0x001A001D | abb_665 | 665 |
| 0x001A001E | deltapi_kt | Deltapi KT |
| 0x001A001F | magmaster | MagMaster |
| 0x001A0020 | fmt500ig | FMT500iG |
| 0x001A0021 | fex100 | FEX100 |
| 0x001A0022 | abb_2600ph | 2600PH |
| 0x001A0023 | fmt300 | FMT300/350/400 |
| 0x001A0024 | az200 | AZ200/300 |
| 0x001A0025 | abb_2600t_267 | 2600T 267/269/2010TC |
| 0x001A0026 | edp300 | EDP300 |
| 0x001A0027 | abb_2600t_266_mv | 2600T-266 MV |
| 0x001A0028 | apa592ph | APA592PH |
| 0x001A0029 | ufte_pa | UFTE-PA |
| 0x001A002A | ufte_ff | UFTE-FF |
| 0x001A002B | nhu200_wl | FieldKey NHU200-WL |
| 0x001D0001 | b6u | B6U |
| 0x001D0002 | b3hu | B3HU |
| 0x001D0003 | m_system_27hu | 27HU |
| 0x001F0001 | mass_flow_9712 | 9712 Mass flo |
| 0x001F0002 | mass_flow_9739 | 9739 Mass flo |
| 0x001F0003 | mass_flow_9701 | 9701 |
| 0x001F0004 | mass_flow_9720 | 9720 |
| 0x001F0005 | mvd_2000_io | MVD Series 2000 Config I/O |
| 0x001F0006 | mvd_1000_io | MVD Series 1000 Config I/O |
| 0x001F0007 | mvd_2000_is | MVD Series 2000 IS Output |
| 0x001F0008 | mvd_1000_is | MVD Series 1000 IS Output |
| 0x001F0009 | mvd_1000_ao | MVD Series 1000 Analog Output |
| 0x001F000A | mvd_2000_ao | MVD Series 2000 Analog Output |
| 0x001F000B | mvd_3000 | MVD Series 3000 |
| 0x001F000C | mass_flow_2400s | 2400S Mass flo |
| 0x001F000D | analog_2200s | 2200S Analog |
| 0x00200001 | trz | TRZ |
| 0x00200002 | thz | THZ |
| 0x00200003 | thz2 | THZ2 |
| 0x00200004 | htz | HTZ |
| 0x00200005 | tcm | TCM |
| 0x00210001 | moore340a | 340 A |
| 0x00210002 | moore340b | 340 B |
| 0x00210003 | moore344 | 344 |
| 0x00210005 | moore340a2 | 340 A2 |
| 0x00210006 | moore340b2 | 340 B2 |
| 0x00210007 | moore3442 | 344 2 |
| 0x00210008 | moore340s | 340 S |
| 0x00210009 | moore343 | 343 |
| 0x0021000A | moore760d | 760D Valvepac |
| 0x0021000B | moore345 | 345 |
| 0x0021000C | prime330 | 330 |
| 0x00250001 | x96_d | X96 D |
| 0x00250002 | x96_l | X96 L |
| 0x00250003 | x96_w | X96 W |
| 0x00250004 | x96_ld | X96 LD |
| 0x00250005 | x99_md | X99 MD |
| 0x00260001 | pressure_3051 | 3051 |
| 0x00260002 | pressure_1151s | 1151 |
| 0x00260003 | pressure_3001c | 3001C HTG |
| 0x00260004 | pressure_3001l | 3001L HTG |
| 0x00260005 | pressure_3051c | 3051C |
| 0x00260006 | temperature_3044 | 3044 Temp |
| 0x00260007 | mag_flow_8712 | Magmeter |
| 0x00260008 | mag_flow_8712H | Mag HS |
| 0x00260009 | htg_3201 | 3201 SAM |
| 0x0026000A | htg_3202 | 3202 SAM |
| 0x0026000B | temperature_3044C | 3044C Temp |
| 0x0026000C | pressure_1152s | 1152 |
| 0x0026000D | vortex_flow_8800 | Vortex |
| 0x0026000E | pressure_3051clp | 3051C LP |
| 0x0026000F | pressure_3001s | 3001S HTG |
| 0x00260010 | pressure_2001 | 2001 |
| 0x00260011 | level_4050 | 4050 |
| 0x00260014 | mv_3095 | 3095MV |
| 0x00260015 | temperature_544 | 544 Temp |
| 0x00260016 | temperature_644 | 644 Temp |
| 0x00260017 | temperature_3144 | 3144 Temp |
| 0x00260018 | temperature_3244 | 3244 Temp |
| 0x00260019 | multi_3095FT | 3095FT |
| 0x0026001A | level_3700 | 3700 |
| 0x0026001B | level_3750 | 3750 |
| 0x0026001C | TRI_LOOP | Tri-Loop |
| 0x0026001D | c_3095 | 3095C |
| 0x0026001E | mm_3095 | 3095MM |
| 0x0026001F | tank_3701 | 3701 |
| 0x00260020 | level_3300 | 3300 |
| 0x00260021 | asu_3702 | 3702ASU |
| 0x00260022 | pressure_2088s | 2088 Smart |
| 0x00260023 | probar | ProBar |
| 0x00260024 | massprobar | Mass ProBar |
| 0x00260025 | prov | ProV |
| 0x00260026 | pressure_2090s | 2090 Smart |
| 0x00260027 | probar_uc | ProBar UC |
| 0x00260028 | d_2055 | 2055D |
| 0x00260029 | pv_3095 | 3095PV |
| 0x0026002A | sentry | Sentry |
| 0x0026002B | proplate_uc | ProPlate UC |
| 0x0026002C | temperature_248 | 248 Temperature |
| 0x0026002D | level_5600 | 5600 Radar Level |
| 0x0026002E | pressure_3051s_sis | 3051S SIS |
| 0x0026002F | pressure_1810 | 1810 |
| 0x00260030 | mag_flow_8712d | 8712D |
| 0x00260031 | pressure_4600 | 4600 |
| 0x00260033 | pressure_2088lp | 2088LP |
| 0x00260034 | presssure_951 | 951 |
| 0x00260035 | level_5400 | 5400 |
| 0x00260036 | temperature_3144p_sis | 3144P SIS |
| 0x00260037 | pressure_4500 | 4500 |
| 0x00260038 | vortex_flow_8800d | 8800D |
| 0x00260039 | mag_flow_8732 | 8732 |
| 0x0026003A | pressure_3051s_diag | 3051S Diag |
| 0x0026003B | level_5300 | 5300 |
| 0x0026003C | level_3100 | 3100 |
| 0x0026003D | mag_flow_8712e | 8712E |
| 0x0026003E | pressure_2051 | 2051 |
| 0x0026003F | pressure_2051lp | 2051LP |
| 0x00260040 | pressure_3051smv_dpvo | 3051SMV Direct Process Variable Output |
| 0x00260041 | pressure_3051smv_fcmef | 3051SMV with Fully Compensated Mass and Energy Flow |
| 0x00260042 | metran_150 | Metran-150 |
| 0x00260043 | wireless_gateway | Wireless Gateway |
| 0x00270001 | peek900densitometer | 900 Densitometer |
| 0x00280001 | nexgen | NEXGEN |
| 0x002A0001 | sitrans_l | SITRANS L Level |
| 0x002A0003 | sipan_ph | SIPAN pH |
| 0x002A0004 | micro_k | MICRO K |
| 0x002A0005 | sitrans_fva | SITRANS FVA |
| 0x002A0006 | sitrans_fus | SITRANS FUS |
| 0x002A0007 | sipan_lf | SIPAN LF |
| 0x002A0008 | sipan_o2 | SIPAN O2 |
| 0x002A0009 | sitrans_lr | SITRANS LR |
| 0x002A000A | sitrans_phs | SITRANS P HS |
| 0x002A000B | sitrans_pds | SITRANS P DS |
| 0x002A000C | sitrans_pes | SITRANS P ES |
| 0x002A000D | sitrans_pms | SITRANS P MS |
| 0x002A000E | sitrans_t2k | SITRANS T 2K |
| 0x002A000F | sitrans_tw | SITRANS TW |
| 0x002A0010 | sitrans_tkh | SITRANS TK H |
| 0x002A0011 | sipart_ps2 | SIPART PS2 |
| 0x002A0012 | sitrans_fm | SITRANS FM |
| 0x002A0013 | sitrans_fm_it2_tm2 | SITRANS FM IT2 / TM2 |
| 0x002A0015 | sitrans_th300 | SITRANS TH300 |
| 0x002A0016 | sitrans_p300 | SITRANS P300 |
| 0x002A0017 | sitrans_fm_magflo | SITRANS FM MAGFLO |
| 0x002A0018 | sitrans_fc_massflo | SITRANS FC MASSFLO |
| 0x002A0019 | sitrans_tr300 | SITRANS TR300 |
| 0x002C0001 | ap3100 | AP3100 |
| 0x002C0002 | ap3110 | AP3110 |
| 0x002C0003 | ap3120 | AP3120 |
| 0x002C0004 | ap3140 | AP3140 |
| 0x002C0005 | ap3150 | AP3150 |
| 0x002C0006 | ap3170 | AP3170 |
| 0x002C0007 | ap3180 | AP3180 |
| 0x002C0008 | ap3190 | AP3190 |
| 0x002C0009 | lf220 | LF220 |
| 0x002E0001 | ph_1181 | 2081 pH |
| 0x002E0002 | ph_1054 | 2054 pH |
| 0x002E0003 | conductivity_1181 | 2081 Cond |
| 0x002E0004 | conductivity_1054 | 2054 Cond |
| 0x002E0005 | ph_3081 | 3081pH |
| 0x002E0006 | c_3081 | 3081C |
| 0x002E0007 | ph_orp_54 | 54pH/ORP |
| 0x002E0008 | c_54 | 54eC |
| 0x002E0009 | oxymitter_4000 | Oxymitter 4000 |
| 0x002E000A | ra3081fg | 3081FG |
| 0x002E000B | opm_2000r | OPM-2000R |
| 0x002E000C | ocx_4000 | OCX-4000 |
| 0x002E000D | ra3081_81con | 3081-81con |
| 0x002E000E | ra3081_81t | 3081-81T |
| 0x002E000F | ra52eph_orp | 52epH/ORP |
| 0x002E0010 | ra54ea | 54eA |
| 0x002E0011 | xmt_c_t | Xmt C/T |
| 0x002E0012 | wc_3000 | WC_3000 |
| 0x002E0013 | ocx_cl_oz_5081a | 5081A |
| 0x002E0014 | conductivity_5081c_t | 5081C/T |
| 0x002E0015 | ph_5081 | 5081pH |
| 0x002E0016 | xmt_a | Xmt A |
| 0x002E0017 | xmt_ph | Xmt pH |
| 0x002E0018 | oxygen_5081fg | 5081FG |
| 0x002E0019 | xs_o2 | XS-O2 |
| 0x002E001A | di_analyzer_1056 | 1056 |
| 0x002E001B | ph_orp_6081_p | 6081-P Wireless pH/ORP |
| 0x002E001C | conductivity_6081c_wireless | 6081-C Wireless Conductivity |
| 0x002E001D | model_56 | Model 56 |
| 0x002F0001 | psmart | PSMART |
| 0x002F0002 | smartpulp | SMARTPULP |
| 0x002F0003 | mcai | MCAi |
| 0x002F0004 | smartlx | SMARTLX |
| 0x002F0005 | smartlc | SMARTLC |
| 0x002F0006 | mca | MCA |
| 0x00300001 | logix_12xx | Logix 12xx |
| 0x00300002 | kemmer_c2100 | Kämmer C2100 |
| 0x00300004 | Logix_3200iq | Logix3200-IQ |
| 0x00300005 | logix_520 | Logix 520 |
| 0x00300006 | logix_3200md | Logix3200MD |
| 0x00300007 | logix_520md | Logix520MD |
| 0x00320001 | viatran970 | 970 |
| 0x00320002 | viatran_ia_pressure | I/A Pressure |
| 0x00360001 | magnew | MagneW |
| 0x00360003 | svp | SVP |
| 0x00360004 | thermoplus | ThermoPlus ATT |
| 0x00360005 | ptg | PTG |
| 0x00360006 | magnew_2w | MagneW 2W |
| 0x00360007 | magnew4w | MAGNEW4W |
| 0x00360008 | at9000 | AT9000 |
| 0x00370001 | yewflo | YEWFLO |
| 0x00370002 | yt200 | YT200 |
| 0x00370003 | unicom | UNICOM |
| 0x00370004 | eja | EJA |
| 0x00370005 | admag_ae | ADMAG AE |
| 0x00370006 | am11 | AM11 |
| 0x00370007 | admag_se | ADMAG SE |
| 0x00370008 | yta | YTA |
| 0x00370009 | yta70e | YTA70E |
| 0x0037000A | dyf | DYF |
| 0x0037000B | zr202 | ZR202 |
| 0x0037000C | zr402 | ZR402 |
| 0x0037000D | isc202 | ISC202 |
| 0x0037000E | ph202 | PH202 |
| 0x0037000F | sc202 | SC202 |
| 0x00370010 | ph150 | PH150 |
| 0x00370011 | sc150 | SC150 |
| 0x00370012 | rotamass | ROTAMASS |
| 0x00370013 | ramc | RAMC |
| 0x00370014 | ejx | EJX |
| 0x00370015 | rcct_f3 | RCCT_F3 |
| 0x00370016 | axfa11 | AXFA11 |
| 0x00370017 | axfa14 | AXFA14 |
| 0x00370018 | ph450 | PH450 |
| 0x00370019 | sc450 | SC450 |
| 0x0037001A | isc450 | ISC450 |
| 0x0037001B | do202 | DO202 |
| 0x0037001C | av550g | AV550G |
| 0x0037001D | ejx_mv | EJX-MV |
| 0x0037001E | axr | AXR |
| 0x0037001F | flxa21_ph | FLXA21-PH |
| 0x00370020 | flxa21_sc | FLXA21-SC |
| 0x00370021 | flxa21_isc | FLXA21-ISC |
| 0x00370022 | flxa21_do | FLXA21-DO |
| 0x003B0001 | solartron4301 | 4301 |
| 0x003B0002 | solartron3301 | 3301 |
| 0x003B0003 | msp100 | MSP100 |
| 0x003B0004 | mlt100 | MLT100 |
| 0x003B0005 | solartron4291 | 4291 |
| 0x003B0006 | msm400 | MSM400 |
| 0x003B0007 | msl600 | MSL600 |
| 0x003B0008 | mcu900 | MCU900 |
| 0x003B0009 | msp900_400 | MSP900/400 |
| 0x003B000A | mrl700 | MRL700 |
| 0x003B000B | mrl800 | MRL800 |
| 0x003B000C | mrl850 | MRL850 |
| 0x003D0001 | l4610 | L4610 |
| 0x003E0001 | ld301 | LD301 |
| 0x003E0002 | tt301 | TT301 |
| 0x003E0003 | fy301 | FY301 |
| 0x003E0004 | ld291 | LD291 |
| 0x003E0005 | tp301 | TP301 |
| 0x003E0006 | dt301 | DT301 |
| 0x003E0007 | ld400 | LD400 |
| 0x003F0001 | tsv175 | TSV175 |
| 0x003F0002 | dmu130 | DMU130 |
| 0x003F0003 | ti_rtt20 | TI/RTT20 |
| 0x003F0004 | srd991 | SRD991 |
| 0x003F0005 | dmu140 | DMU140 |
| 0x003F0006 | srd960 | SRD960 |
| 0x00400001 | mtl4841 | MTL4841 Multiplexer |
| 0x00400002 | mtl8512 | MTL8512 Multiplexer |
| 0x00420001 | samson3780 | 3780 |
| 0x00420002 | samson373x_3 | 373X-3 |
| 0x00430001 | fm6xx | FM6XX |
| 0x00450002 | ufc030 | UFC030 |
| 0x00450003 | mfc05x | MFC05x |
| 0x00450004 | ifc040 | IFC040 |
| 0x00450005 | m10 | M10 |
| 0x00450006 | ifc210 | IFC210 |
| 0x00450007 | bm102 | BM102 |
| 0x00450008 | vfm31 | VFM31 |
| 0x00450009 | bm100 | BM100 |
| 0x0045000A | ifc020 | IFC020 |
| 0x0045000B | vfm1091 | VFM1091 |
| 0x0045000C | eskii | ESKII |
| 0x0045000D | ifc110 | IFC110 |
| 0x0045000E | ifc090 | IFC090 |
| 0x0045000F | ufc500 | UFC500 |
| 0x00450010 | ifc010 | IFC010 |
| 0x00450011 | mfc08x | MFC08x |
| 0x00450012 | ifc080 | IFC080 |
| 0x00450013 | bm70 | BM70 |
| 0x00450014 | m8e | M8E |
| 0x00450015 | ifc300 | IFC 300 |
| 0x00450016 | optiflex1300c | Optiflex 1300C |
| 0x00450017 | optiwave7300c | Optiwave 7300C |
| 0x00450018 | esk2a | ESK2A |
| 0x00450019 | tt50cr | TT50C/R |
| 0x0045001A | mfc300 | MFC 300 |
| 0x0045001B | ifc100 | IFC 100 |
| 0x0045001C | gfc_300_gas | GFC 300 Gas |
| 0x0045001D | gfc_300_steam | GFC 300 Steam |
| 0x0045001E | tt51cr | TT51C/R |
| 0x0045001F | vfc070 | VFC 070 |
| 0x00450020 | ufc400 | UFC 400 |
| 0x00470001 | rtx1000h_gauge | RTX1000H Gauge |
| 0x00470002 | rtx1000h_sg | RTX1000H SG |
| 0x00470003 | rtx1000h_abs | RTX1000H ABS |
| 0x00490001 | ao895 | AO895 |
| 0x00490002 | ai895 | AI895 |
| 0x00490003 | mux_2700_f | Mux 2700-F |
| 0x00490004 | mux_2700_e | Mux 2700-E |
| 0x004D0001 | icot | ICOT |
| 0x004D0002 | smartcal | SmartCal |
| 0x004D0003 | d_epic | D-EPIC |
| 0x004D0004 | d_epic_esd | D-EPIC ESD |
| 0x004E0001 | universal_iii | UNIVERSAL III |
| 0x004E0002 | usonic | USonic |
| 0x004F0001 | tankradarpro | TankRadarPro |
| 0x004F0002 | saab_5600 | 5600 |
| 0x00500001 | spm100 | SPM100 Level |
| 0x00500002 | at100_vol | AT100/200 Lvl Vol LCD |
| 0x00500003 | at100_2_vol | AT100/200 2Lvl Vol LCD |
| 0x00500004 | at100_temp_vol | AT100/200 Lvl Temp Vol LCD |
| 0x00500005 | at100_2_temp_vol | AT100/200 2Lvl Temp Vol LCD |
| 0x00500006 | at100 | AT100/200 Lvl |
| 0x00500007 | at100_lcd | AT100/200 Lvl LCD |
| 0x00500008 | at100_2_lcd | AT100/200 2Lvl LCD |
| 0x00500009 | at100_temp_lcd | AT100/200 Lvl Temp LCD |
| 0x0050000A | at100_2_temp_lcd | AT100/200 2Lvl Temp LCD |
| 0x0050000B | mt2000 | MT2000 Microwave Level |
| 0x0050000C | spm200 | SPM200 Level |
| 0x00520001 | polytron2_ir | Polytron2 IR |
| 0x00520002 | polytron2 | Polytron2 |
| 0x00520003 | polytron7000 | Polytron 7000 |
| 0x00520004 | pir_7000 | PIR 7000 |
| 0x00540001 | msp2002 | MSP2002 |
| 0x00540002 | mst9500 | MST9500 |
| 0x00550001 | hcm_8000 | HCM-8000 |
| 0x00560001 | model_rx5 | Model RX5 |
| 0x00560002 | model_704 | Model 704 |
| 0x00560003 | jupiter | Jupiter |
| 0x00560004 | model_ta2 | Model TA2 |
| 0x00560005 | model_707 | Model 707 |
| 0x00560006 | model_705_2x | Model 705 2.x |
| 0x00560007 | model_708 | Model 708 |
| 0x00560008 | model_805 | Model 805 |
| 0x00560009 | model_705 | Model 705 |
| 0x0056000A | smartez | SMARTEZ |
| 0x0056000B | model_705_3x | Model 705 3.x |
| 0x0056000C | model_355 | Model 355 |
| 0x0056000D | e3_modulevel | E3 Modulevel |
| 0x0056000E | model_r82 | Model R82 |
| 0x00570001 | nd800_pt | ND820/T |
| 0x00570002 | nd800 | ND820 |
| 0x00570003 | valvguard | ValvGuard |
| 0x00570004 | nd9100ht | ND9100HT |
| 0x00570005 | nd9100h | ND9100H |
| 0x00580001 | probe_86x | 86x PROBE |
| 0x00580002 | sitrans_lr300 | SITRANS LR300 |
| 0x00580003 | sitrans_lr400 | SITRANS LR400 |
| 0x00580004 | lr_200 | LR 200 |
| 0x00580005 | probe_lu6m | Sitrans Probe LU 6m |
| 0x00580006 | probe_lu12m | Sitrans Probe LU 12m |
| 0x00580007 | probe_lr | Probe LR |
| 0x00580008 | sitrans_aw200 | SITRANS AW200 |
| 0x00580009 | sitrans_lr460 | SITRANS LR460 |
| 0x0058000A | sitrans_lr260 | SITRANS LR260 |
| 0x0058000B | sitrans_lr250 | SITRANS LR250 |
| 0x0058000C | sitrans_lr200 | SITRANS LR200 |
| 0x005A0001 | andrsn1 | ANDRSN1 |
| 0x005B0001 | meso | MESO |
| 0x005B0002 | ipaq_c520_r520 | C520/R520 |
| 0x005C0001 | excalibur_7000 | Excalibur 7000 |
| 0x005D0001 | corrtran | CorrTran |
| 0x005D0002 | luc_m | LUC M |
| 0x005D0003 | mux2700_g | MUX2700-G |
| 0x005D0004 | rsd_uo_ex8h | RSD-UO-Ex8.H |
| 0x005D0005 | rsd_ci_ex8h | RSD-CI-Ex8.H |
| 0x005D0006 | ksd2_gw2_pro | KSD2-GW2-PRO |
| 0x005D0007 | barcon_m | BARCON M |
| 0x005D0008 | luc_plus | LUC+ |
| 0x005D0009 | pulscon_plus | PULSCON+ |
| 0x005D000A | pulscon | PULSCON |
| 0x005D000B | barcon | BARCON |
| 0x005D000C | kfd2_hmm_16 | KFD2-HMM-16 |
| 0x005D000D | pf_wha_gw | P+F WHA-GW |
| 0x005D000E | pf_wha_ut | P+F WHA-UT |
| 0x005D000F | pf_wha_adp | P+F WHA-ADP |
| 0x005D0010 | pf_wha_rpt | P+F WHA-RPT |
| 0x005E0001 | ai1500 | AI1500 |
| 0x005E0002 | press_dp_xmtr | PRESS/DP XMTR |
| 0x00600001 | flexbar_3501 | FLEXBAR 3501 |
| 0x00600002 | flexbar_hrt | FLEXBAR HRT |
| 0x00600003 | flextop_hrt | FLEXTOP HRT |
| 0x00610001 | condi_2211 | 2211 CondI |
| 0x00610002 | cond_2211 | 2211 Cond |
| 0x00610003 | ph_2211 | 2211 pH |
| 0x00610004 | oxy_2211 | 2211 Oxy |
| 0x00610005 | ph_a211 | Stratos Pro pH |
| 0x00610006 | oxy_a211 | Stratos Pro OXY |
| 0x00610007 | condi_a211 | Stratos Pro CondI |
| 0x00610008 | cond_a211 | Stratos Pro Cond |
| 0x00620001 | vegapuls_61 | VEGAPULS 61 |
| 0x00620002 | vegapuls_62 | VEGAPULS 62 |
| 0x00620003 | vegapuls_63 | VEGAPULS 63 |
| 0x00620004 | vegapuls_65 | VEGAPULS 65 |
| 0x00620005 | vegapuls_66 | VEGAPULS 66 |
| 0x00620006 | vegapuls_67 | VEGAPULS 67 |
| 0x00620007 | vegapuls_68 | VEGAPULS 68 |
| 0x00620008 | vegaflex_61 | VEGAFLEX 61 |
| 0x00620009 | vegaflex_62 | VEGAFLEX 62 |
| 0x0062000A | vegaflex_63 | VEGAFLEX 63 |
| 0x0062000B | vegaflex_65 | VEGAFLEX 65 |
| 0x0062000C | vegaflex_66 | VEGAFLEX 66 |
| 0x0062000D | vegaflex_67 | VEGAFLEX 67 |
| 0x00630001 | m_series | M-Series |
| 0x00640001 | ultraoval | ULTRAOVAL |
| 0x00640002 | exdelta | ExDelta |
| 0x00640003 | mass_flo_9401 | 9401 Mass flo |
| 0x00640004 | mass_flo_9801 | 9801 Mass flo |
| 0x00640005 | mass_flo_9201 | 9201 Mass flo |
| 0x00640006 | mass_flo_9431 | 9431 Mass flo |
| 0x00650001 | hdlt | HDLT |
| 0x00650002 | svi | SVI |
| 0x00650003 | svi2 | SVI2 |
| 0x00650004 | svi2a | SVI II AP |
| 0x00650005 | svi2esd | SVI II ESD |
| 0x00660001 | cls_4_20 | CLS 4-20 |
| 0x00670001 | dsth_lsth | DSTH/LSTH |
| 0x00670002 | dsth_lsth_comp | DSTH/LSTH Comp |
| 0x00680001 | esr_d | ESR-D |
| 0x00680002 | beck_dcm | BECK-DCM |
| 0x00680003 | beck_mk2 | BECK-MK2 |
| 0x006B0001 | unitrans | UniTrans |
| 0x006B0002 | t32 | T32 |
| 0x006C0001 | umc2 | UMC2 |
| 0x006C0002 | es | ES |
| 0x006C0003 | vtx | VTX |
| 0x006C0004 | ust1 | UST 1 |
| 0x006C0005 | dimf | DIMF |
| 0x006D0001 | pretrans_6335 | PRetrans 6335 |
| 0x006D0002 | pretop_5335 | Pretop 5335 |
| 0x006D0003 | t55 | T55 |
| 0x00710001 | mt115 | MT115 |
| 0x00720001 | ipxii | IPXII |
| 0x00720002 | ipx | IPX |
| 0x00720003 | spx | SPX |
| 0x00740001 | dmc_r1a | DMC R-1A |
| 0x00750001 | klay_2000 | Klay 2000 Pressure/Level |
| 0x00780001 | burkert8630 | 8630 |
| 0x007C0001 | m33_53p | M33-53P |
| 0x007C0002 | m33_53c | M33-53C |
| 0x007E0001 | smt_el | SMT-EL |
| 0x007F0001 | pascal_ci | PASCAL CI |
| 0x007F0003 | pascal_cv | Pascal CV |
| 0x00800001 | magflo | MAGFLO |
| 0x00810001 | intermag_transmag | Intermag-Transmag |
| 0x00820001 | fst_3000 | FST-3000 |
| 0x00820002 | fw_9000 | FW-9000 |
| 0x00830001 | f793_e701 | F793-E701 |
| 0x00830002 | ip8101 | IP8101 |
| 0x00830003 | ip8001 | IP8001 |
| 0x00840001 | sem_300 | SEM 300 |
| 0x00850001 | hk_tt01 | HK TT01 |
| 0x00860001 | apt3200 | APT3200 |
| 0x00860002 | apt3100 | APT3100 |
| 0x00860003 | att2100s | ATT2100S |
| 0x00870001 | innova_mass | Innova-Mass |
| 0x00890001 | t798 | T798 |
| 0x008C0001 | ltm_100 | LTM-100 |
| 0x008C0002 | ltm_300 | LTM-300 |
| 0x008D0001 | s95_hrt | S95 HRT |
| 0x008D0002 | s95_3u_2 | S95.3U_2 |
| 0x008E0001 | condi7100 | CondI7100 |
| 0x008E0002 | cond7100 | Cond7100 |
| 0x008E0003 | ph_2100 | pH 2100 |
| 0x008E0004 | o2_4100e | O2 4100e |
| 0x008E0005 | o2_m420 | M420 O2 |
| 0x008E0006 | ph_m420 | M420 pH |
| 0x008E0007 | condi_m420 | M420 Cond Ind |
| 0x008E0008 | cond_m420 | M420 Cond |
| 0x008F0001 | opecl_rx | OPECL_RX |
| 0x008F0002 | eclipse | Eclipse |
| 0x008F0003 | x3301 | X3301 |
| 0x008F0004 | x3302 | X3302 |
| 0x008F0005 | x2200 | X2200 |
| 0x008F0006 | x5200 | X5200 |
| 0x008F0008 | x9800 | X9800 |
| 0x008F0009 | gt3000 | GT3000 |
| 0x008F000A | ud10 | UD10 |
| 0x00900001 | ndmi | NDMi |
| 0x00900002 | accu_wave | Accu-Wave |
| 0x00900003 | ncmi | NCMi |
| 0x00910001 | dezurik_positioner | Positioner |
| 0x00920001 | analyzer | Analyzer |
| 0x00930001 | wt2000 | WT2000 |
| 0x00930002 | wt3600 | WT3600 |
| 0x00930003 | wt3000 | WT3000 |
| 0x00990001 | metran_300prm | METRAN-300PRM |
| 0x00990002 | metran_49 | METRAN-49 |
| 0x00990003 | metran_280 | METRAN-280 |
| 0x00990004 | metran_100 | METRAN-100 |
| 0x00990006 | metran_303pr | METRAN-303PR |
| 0x00990007 | metran_390 | METRAN-390 |
| 0x009A0001 | p_series | P Series |
| 0x009B0001 | d3 | D3 |
| 0x009C0001 | kmu_hli | KMU-HLI |
| 0x009D0001 | x868 | x868 |
| 0x009E0001 | ics_mux | ICS MUX FBS |
| 0x009E0002 | ics_1000 | ICS 1000 |
| 0x009E0003 | vos_200 | VOS 200 |
| 0x009E0004 | ics_9148 | ICS modul 9148 |
| 0x009E0005 | is_remote_io | I.S. 1 Remote I/O |
| 0x009E0006 | is_pac_9192_16ch | IS pac 9192 16 ch |
| 0x009E0007 | is_pac_9192_32ch | IS pac 9192 32 ch |
| 0x009F0001 | D12 | D12 |
| 0x00A00001 | pir_2000 | PIR 2000 |
| 0x00A00002 | oxi5000 | OXI5000 |
| 0x00A10001 | lb466 | LB466 |
| 0x00A10002 | lb491 | LB491 |
| 0x00A10003 | lb490 | LB490 |
| 0x00A10004 | lb460 | LB460 |
| 0x00A20001 | smartcet_18c | SMARTCET 18C |
| 0x00A60001 | st98 | ST98 |
| 0x00A90001 | inv_ia_pressure | I/A Pressure |
| 0x00AD0001 | jtec_gasflowmeter | GasFlowMeter |
| 0x00AD0002 | jtec_liquidflowmeter | LiquidFlowMeter |
| 0x00AE0001 | level_combination_unit | Level Combination Unit |
| 0x00AE0002 | pri_150 | PRI-150 |
| 0x00B00001 | mcr_ts_lp | MCR-TS-LP |
| 0x00B00002 | mcr_ht_ts | MCR-HT-TS |
| 0x00B00003 | macx_mcr_s_mux_16ch | MACX MCR-S-MUX 16 ch |
| 0x00B00004 | macx_mcr_s_mux_32ch | MACX MCR-S-MUX 32 ch |
| 0x00B20001 | model_32e | Model 32E |
| 0x00B40003 | yt_2300 | YT-2300 |
| 0x00B40004 | yt_2400 | YT-2400 |
| 0x00B50001 | series442 | Series442 |
| 0x00B50002 | series642 | Series642 |
| 0x00B60001 | v_series | V-series |
| 0x00B90001 | dmd_331_a | D331A |
| 0x00BC0001 | li_24 | LI-24 |
| 0x00BC0002 | apc_2000alw | APC-2000ALW |
| 0x00BD0001 | primo_advanced | Primo Advanced |
| 0x00BF0001 | mdl_400 | MDL 400 |
| 0x00C00001 | gt400 | GT400 |
| 0x00C10001 | cg_asameter | C/G Asameter /H |
| 0x00C20001 | te_52 | TE 52 |
| 0x00C30001 | lsiii_pressure | LSIII Pressure |
| 0x00C40001 | spectrum_io_module | I/O Module |
| 0x00C50001 | kc3 | KC/3 |
| 0x00C50002 | kc5 | KC/5 |
| 0x00C60001 | torrix | TORRIX |
| 0x00C70001 | flowsic | FLOWSIC 600 |
| 0x00CA0001 | sp301 | SP301 |
| 0x00CC0001 | ch420l | CH420L |
| 0x00CC0002 | ch420r | CH420R |
| 0x00CE0001 | epp300 | EPP300 |
| 0x00CF0001 | ep1000 | EP1000/SPS2000 |
| 0x00CF0002 | ep1001 | EP1001 |
| 0x00D30001 | pad | PAD |
| 0x00D30002 | pas | PAS |
| 0x00D40001 | hvp1114 | HVP1114 |
| 0x00D40002 | pes | PES |
| 0x00D40003 | flow_master | FLOW MASTER |
| 0x00D40004 | hvp | HVP |
| 0x00D50001 | si792p | SI792P |
| 0x00D50002 | si792c | SI792C |
| 0x00D50003 | si792t | SI792T |
| 0x00D50004 | si792e | SI792E |
| 0x00D50005 | si792d | SI792D |
| 0x00DB0001 | sharpeye | SharpEye |
| 0x00DB0002 | safeye | SafEye |
| 0x00DF0001 | fl4000 | FL4000 |
| 0x00DF0002 | s4000ch | S4000CH |
| 0x00DF0003 | ir400 | IR400 |
| 0x00DF0004 | ir4000 | IR4000 |
| 0x00DF0005 | s4000th | S4000TH |
| 0x00DF0006 | ts4000h | TS4000H |
| 0x00DF0007 | fl310xh | FL3100H/FL3101H |
| 0x00E00001 | sdt420 | SDT420 |
| 0x00E00002 | rt_ex15 | RT-Ex15 |
| 0x00E00003 | ss | SS |
| 0x00E00004 | apm_3dlevelscanner_m | 3DLevelScanner M |
| 0x00E00005 | apm_3dlevelscanner_s | 3DLevelScanner S |
| 0x00E00006 | apm_3dlevelscanner_l | 3DLevelScanner L |
| 0x00E00007 | ex200h_positioner | EX200H Positioner |
| 0x00E00008 | is200h_positioner | IS200H Positioner |
| 0x00E00009 | r3x | R3x |
| 0x00E0000A | detcon_700_bridge | Detcon HRT Bridge |
| 0x00E0000B | ultima_xl_xt | UltimaXL/XT |
| 0x00E0000C | cmm_01_mass_flow | CMM-01 MASS FLOW |
| 0x00E0000D | esd3000 | ESD3000 |
| 0x00E0000E | sensor_don | Sensor Don |
| 0x00E0000F | jlt_6000 | JLT-6000 |
| 0x00E00010 | smartronic_ma | SMARTRONIC MA |
| 0x00E00011 | cms_standard | CMS Standard |
| 0x00E00012 | millennium_2 | Millennium II |
| 0x00E00013 | him1008 | HIM1008 |
| 0x00E00014 | cxt | CXT |
| 0x00E00015 | cjt | CJT |
| 0x00E00016 | hbm_165_h | HBM - 165 H |
| 0x00E00017 | hbm_167_h | HBM - 167 H |
| 0x00E00018 | wbm_165_h | WBM - 165 H |
| 0x00E00019 | obm_165_h | OBM - 165 H |
| 0x00E0001A | obm_167_h | OBM - 167 H |
| 0x00E0001B | mbm_165_h | MBM - 165 H |
| 0x00E0001C | mbm_167_h | MBM - 167 H |
| 0x00E0001D | mark_series | Mark Series |
| 0x00E0001E | tr | TR |
| 0x00E0001F | millennium_2_basic | Millennium 2 Basic |
| 0x00E00020 | ultimaxeh | UltimaXEH |
| 0x00E00022 | hrt1 | HRT1 |
| 0x00E00023 | dn2510_smartmesh | DN2510 SmartMesh |
| 0x00E00024 | m2510_smartmesh | M2510 SmartMesh |
| 0x00E00025 | pm2510_smartmesh | PM2510 SmartMesh |
| 0x00E00026 | vfm_4097 | VFM 4097 |
| 0x00E00027 | ifc_031 | IFC 031 |
| 0x00E00028 | ifc_021 | IFC 021 |
| 0x00E00029 | smartpro_cond_8967 | SMARTPro Cond 8967 |
| 0x00E0002A | smartpro_ph_8966 | SMARTPro pH 8966 |
| 0x00E0002B | smartpro_do_8968 | SMARTPro DO 8968 |
| 0x00E0002C | am_2000 | AM-2000 |
| 0x00E0002D | mactek_wa | Wireless Adapter |
| 0x00E0002E | csi_9420 | CSI 9420 |
| 0x00E0002F | kms_2 | KMS-2 |
| 0x00E00030 | mwt_3905 | MWT-3905 |
| 0x00E00031 | uwt_1000 | UWT-1000 |
| 0x00E00032 | cwt_9020 | CWT-9020 |
| 0x00E00033 | a_1000_h | A-1000 H |
| 0x00E00034 | ncs_pt105_ii | NCS-PT105 II |
| 0x00E00035 | stf | STF |
| 0x00E00036 | smf | SMF |
| 0x00E00037 | ty_tds_p | TY-TDS-P |
| 0x00E00038 | ty_trans_f | TY-TRANS-F |
| 0x00E00039 | ty_trans_l | TY-TRANS-L |
| 0x00E0003A | ty_trans_ps | TY-TRANS-PS |
| 0x00E0003B | ty_trans_a | TY-TRANS-A |
| 0x00E0003C | pmh | PMH |
| 0x00E0003D | flamegard | FlameGard |
| 0x00E0003E | fluxus | FLUXUS |
| 0x00E0003F | mrg_10a | MRG-10A |
| 0x00E00040 | mrf_10 | MRF-10 |
| 0x00E00041 | ultramate_136_ult | ULTRAMATE 136-ULT |
| 0x00E00042 | flow_control_system | Flow Control System |
| 0x00E00043 | axiom | Axiom |
| 0x00E00044 | eumag | EUMAG |
| 0x00E00045 | ba47x_67x_series | BA47X/67X SERIES |
| 0x00E00046 | mtrt | MTRT |
| 0x00E00047 | cap_30xx | CAP-30xx |
| 0x00E00048 | nemesis_1000 | Nemesis 1000 |
| 0x00E00049 | cvm_01 | CVM-01 |
| 0x00E0004A | tdm_01 | TDM-01 |
| 0x00E0004B | elemer_air_10h | Elemer AIR-10H |
| 0x00E0004C | elemer_air_20h | Elemer AIR-20H |
| 0x00E0004D | elemer_air_30h | Elemer AIR-30H |
| 0x00E0004E | frankenstein | Frankenstein |
| 0x00E0004F | valve_monitor_4310 | 4310 Valve Monitor |
| 0x00E00050 | ncs_pt105ii_sp | NCS-PT105II-SP |
| 0x00E00051 | ncs_tt105 | NCS-TT105 |
| 0x00E00052 | wideplus_ba | WIDEPLUS-BA |
| 0x00E00053 | wideplus_a | WIDEPLUS-A |
| 0x00E00054 | oxitec_5000 | OXITEC 5000 |
| 0x00E00055 | comtec_6000 | COMTEC 6000 |
| 0x00E00056 | microguide_132_tdr | MICROGUIDE 132-TDR |
| 0x00E00057 | micromate_138_plr | MICROMATE 138-PLR |
| 0x00E00058 | ihp | IHP |
| 0x00E00059 | idp | IDP |
| 0x00E0005A | mft_b_series | MFT B-Series |
| 0x00E0005B | jb_mphf_series | JB-MPHF Series |
| 0x00E0005C | est3051t | EST3051T |
| 0x00E0005D | est3051s | EST3051S |
| 0x00E0005E | primax | PrimaX |
| 0x00E0005F | valve_controller_4350 | 4350 On/Off Valve Controller |
| 0x00E00060 | freq_ma | Freq --> mA |
| 0x00E00061 | elemer_sapphire_22 | Elemer Sapphire-22 |
| 0x00E00062 | elemer_100 | Elemer-100 |
| 0x00E00063 | sgh350 | SGH350 |
| 0x00E00064 | irmax | IRmax |
| 0x00E00065 | ir_display | IR-Display |
| 0x00E00066 | tixo3 | TiXo3 |
| 0x00E00067 | master_touch | Master-Touch |
| 0x00E00068 | dlt9000 | DLT9000 |
| 0x00E00069 | ffg_p_level | FFG-P Level Sensor |
| 0x00E0006A | swh_5700_steam | SWH 5700 Steam |
| 0x00E0006B | rwh_5500_relief | RWH 5500 Relief |
| 0x00E0006C | twh_5100_temp | TWH 5100 Temp |
| 0x00E0006D | n7 | N7 |
| 0x00E0006E | a2_4_20ma_hrt | A2 4-20mA HRT |
| 0x00E0006F | f0_series | F0-Series |
| 0x00F90001 | wirelesshart_net_mgr | WirelessHART Network Manager |
| 0x00F90002 | wirelesshart_gateway | WirelessHART Gateway |
| 0x00F90003 | sdc625 | SDC625 |
| 0x00F90004 | analys | Analys |
| 0x00FA0001 | InH2O | inH2O |
| 0x00FA0002 | InHg | inHg |
| 0x00FA0003 | FtH2O | ftH2O |
| 0x00FA0004 | mmH2O | mmH2O |
| 0x00FA0005 | mmHg | mmHg |
| 0x00FA0006 | psi | psi |
| 0x00FA0007 | bar | bar |
| 0x00FA0008 | mbar | mbar |
| 0x00FA0009 | g_SqCm | g/Sqcm |
| 0x00FA000A | kg_SqCm | kg/Sqcm |
| 0x00FA000B | PA | Pa |
| 0x00FA000C | kPA | kPa |
| 0x00FA000D | torr | torr |
| 0x00FA000E | ATM | atm |
| 0x00FA000F | CuFt_min | Cuft/min |
| 0x00FA0010 | gal_min | gal/min |
| 0x00FA0011 | l_min | L/min |
| 0x00FA0012 | ImpGal_min | Impgal/min |
| 0x00FA0013 | CuMtr_hr | Cum/h |
| 0x00FA0014 | ft_s | ft/s |
| 0x00FA0015 | mtr_s | m/s |
| 0x00FA0016 | gal_s | gal/s |
| 0x00FA0018 | l_s | L/s |
| 0x00FA0019 | MilL_day | ML/d |
| 0x00FA001A | CuFt_s | Cuft/s |
| 0x00FA001B | CuFt_day | Cuft/d |
| 0x00FA001C | CuMtr_s | Cum/s |
| 0x00FA001D | CuMtr_day | Cum/d |
| 0x00FA001E | ImpGal_hr | Impgal/h |
| 0x00FA001F | ImpGal_day | Impgal/d |
| 0x00FA0020 | degC | degC |
| 0x00FA0021 | degF | degF |
| 0x00FA0022 | degR | degR |
| 0x00FA0023 | Kelvin | Kelvin |
| 0x00FA0024 | mV | mV |
| 0x00FA0025 | Ohm | ohm |
| 0x00FA0026 | Hz | Hz |
| 0x00FA0027 | mA | mA |
| 0x00FA0028 | gal | gal |
| 0x00FA0029 | liter | L |
| 0x00FA002A | ImpGal | Impgal |
| 0x00FA002B | CuMtr | Cum |
| 0x00FA002C | ft | ft |
| 0x00FA002D | meter | m |
| 0x00FA002E | bbl | bbl |
| 0x00FA002F | in | in |
| 0x00FA0030 | cm | cm |
| 0x00FA0031 | mm | mm |
| 0x00FA0032 | min | min |
| 0x00FA0033 | sec | s |
| 0x00FA0034 | hr | h |
| 0x00FA0035 | day | d |
| 0x00FA0036 | cpoise | cP |
| 0x00FA0037 | uMho | uMho |
| 0x00FA0038 | Percent | % |
| 0x00FA0039 | v | V |
| 0x00FA003A | pH | pH |
| 0x00FA003B | gram | g |
| 0x00FA003C | kg | kg |
| 0x00FA003D | MetTon | MetTon |
| 0x00FA003E | lb | lb |
| 0x00FA003F | ShTon | STon |
| 0x00FA0040 | LTon | LTon |
| 0x00FA0041 | g_s | g/s |
| 0x00FA0042 | g_min | g/min |
| 0x00FA0043 | g_hr | g/h |
| 0x00FA0044 | kg_s | kg/s |
| 0x00FA0045 | kg_min | kg/min |
| 0x00FA0046 | kg_hr | kg/h |
| 0x00FA0047 | kg_day | kg/d |
| 0x00FA0048 | MetTon_min | MetTon/min |
| 0x00FA0049 | MetTon_hr | MetTon/h |
| 0x00FA004A | MetTon_day | MetTon/d |
| 0x00FA004B | lb_s | lb/s |
| 0x00FA004C | lb_min | lb/min |
| 0x00FA004D | lb_hr | lb/h |
| 0x00FA004E | lb_day | lb/d |
| 0x00FA004F | ShTon_min | STon/min |
| 0x00FA0050 | ShTon_hr | STon/h |
| 0x00FA0051 | ShTon_day | STon/d |
| 0x00FA0052 | LTon_hr | LTon/h |
| 0x00FA0053 | LTon_day | LTon/d |
| 0x00FA0054 | SGU | SGU |
| 0x00FA0055 | g_CuCm | g/Cucm |
| 0x00FA0056 | kg_CuMtr | kg/Cum |
| 0x00FA0057 | lb_gal | lb/gal |
| 0x00FA0058 | lb_CuFt | lb/Cuft |
| 0x00FA0059 | g_ml | g/mL |
| 0x00FA005A | kg_l | kg/L |
| 0x00FA005B | g_l | g/L |
| 0x00FA005C | lb_CuIn | lb/Cuin |
| 0x00FA005D | ShTon_CuYd | STon/Cuyd |
| 0x00FA005E | degTwad | degTwad |
| 0x00FA005F | degBrix | degBrix |
| 0x00FA0060 | degBaum_hv | degBaum hv |
| 0x00FA0061 | degBaum_lt | degBaum lt |
| 0x00FA0062 | degAPI | degAPI |
| 0x00FA0063 | Percent_sol_wt | % sol-wt |
| 0x00FA0064 | Percent_sol_vol | % sol-vol |
| 0x00FA0065 | degBall | degBall |
| 0x00FA0066 | proof_vol | proof/vol |
| 0x00FA0067 | proof_mass | proof/mass |
| 0x00FA0068 | bush | bush |
| 0x00FA0069 | CuYd | Cuyd |
| 0x00FA006A | CuFt | Cuft |
| 0x00FA006B | CuIn | Cuin |
| 0x00FA006C | mtr_hr | m/h |
| 0x00FA006D | CuFt_hr | Cuft/h |
| 0x00FA006E | CuMtr_min | Cum/min |
| 0x00FA006F | bbl_s | bbl/s |
| 0x00FA0070 | bbl_min | bbl/min |
| 0x00FA0071 | bbl_hr | bbl/h |
| 0x00FA0072 | bbl_day | bbl/d |
| 0x00FA0073 | gal_hr | gal/h |
| 0x00FA0074 | ImpGal_s | Impgal/s |
| 0x00FA0075 | l_hr | L/h |
| 0x00FA0076 | percent_StmQual | % Stm Qual |
| 0x00FA0077 | Ftin16 | ft.in16 |
| 0x00FA0078 | CuFt_lb | Cuft/lb |
| 0x00FA0079 | Percent_plato | % plato |
| 0x00FA007A | centi_stokes | cSt |
| 0x00FA007B | pico_farads | pF |
| 0x00FA007C | mega_pascals | MPa |
| 0x00FA007D | in_H2O_4_degrees_C | inH2O @4DegC |
| 0x00FA007E | mm_H2O_4_degrees_C | mmH2O @4DegC |
| 0x00FA007F | hecto_liter | hL |
| 0x00FA0080 | gallons_per_day | gal/d |
| 0x00FA0081 | bbl_liq | bbl(liq) |
| 0x00FA0082 | ounce | ounce |
| 0x00FA0083 | foot_pound_force | ft lbf |
| 0x00FA0084 | kilo_watt | kW |
| 0x00FA0085 | kilo_watt_hour | kWh |
| 0x00FA0086 | horsepower | hp |
| 0x00FA0087 | mega_calorie | Mcal |
| 0x00FA0088 | mega_joule | MJ |
| 0x00FA0089 | british_thermal_unit | Btu |
| 0x00FA008A | normal_cubic_meter | NmlCum |
| 0x00FA008B | normal_liter | NmlL |
| 0x00FA008C | standard_cubic_feet | StdCuft |
| 0x00FA008D | mega_calorie_per_hour | Mcal/h |
| 0x00FA008E | mega_joule_per_hour | MJ/h |
| 0x00FA008F | british_thermal_unit_per_hour | Btu/h |
| 0x00FA0090 | normal_cubic_meter_per_hour | NmlCum/h |
| 0x00FA0091 | normal_liter_per_hour | NmlL/h |
| 0x00FA0092 | standard_cubic_feet_per_minute | StdCuft/min |
| 0x00FA0093 | deka_therm | datherm |
| 0x00FA0094 | parts_per_million | ppm |
| 0x00FA0095 | MillionGal_day | MMgal/d |
| 0x00FA0096 | uSiemen_cm | uS/cm |
| 0x00FA0097 | mSiemen_cm | mS/cm |
| 0x00FA0098 | kOhm | kO |
| 0x00FA0099 | newton | N |
| 0x00FA009A | newton_meter | Nm |
| 0x00FA009B | in_s | in/s |
| 0x00FA009C | in_min | in/min |
| 0x00FA009D | ft_min | ft/min |
| 0x00FA009E | deg_s | deg/s |
| 0x00FA009F | rpm | rpm |
| 0x00FA00A0 | degrees | deg |
| 0x00FA00A1 | rev_s | rev/s |
| 0x00FA00A2 | radian | rad |
| 0x00FA00A3 | in_H2O_60_degrees_F | inH2O @60DegF |
| 0x00FA00A4 | ug_l | ug/L |
| 0x00FA00A5 | ug_m3 | ug/Cum |
| 0x00FA00A6 | percent_consistency | %Cs |
| 0x00FA00A7 | volume_percent | Vol% |
| 0x00FA00A8 | ml_l | mL/L |
| 0x00FA00A9 | ul_l | uL/L |
| 0x00FA00AA | percent_lel | %LEL |
| 0x00FA00AB | ppb | ppb |
| 0x00FA00AC | cm_H20_4_degrees_C | cmH20 @4degC |
| 0x00FA00AD | m_H20_4_degrees_C | mH20 @4degC |
| 0x00FA00AE | cm_Hg_0_degrees_C | cmHg @0degC |
| 0x00FA00AF | lb_SqFt | lb/ft2 |
| 0x00FA00B0 | hPa | hPa |
| 0x00FA00B1 | lb_SqIn_abs | lb/in2a |
| 0x00FA00B2 | kg_Sqm | kg/m2 |
| 0x00FA00B3 | ft_H20_4_degrees_C | ftH20 @4degC |
| 0x00FA00B4 | ft_H2O_60_degrees_F | ftH2O @60degF |
| 0x00FA00B5 | m_Hg_0_degrees_C | mHg @0degC |
| 0x00FA00B6 | beer_bbl_s | Beer bbl/s |
| 0x00FA00B7 | beer_bbl_min | Beer bbl/m |
| 0x00FA00B8 | beer_bbl_hour | Beer bbl/h |
| 0x00FA00B9 | beer_bbl_day | Beer bbl/d |
| 0x00FA00BA | normal_liter_per_day | Nml L/d |
| 0x00FA00BB | normal_liter_per_min | Nml L/min |
| 0x00FA00BC | normal_liter_per_s | Nml L/s |
| 0x00FA00BD | standard_liter_per_day | Std L/d |
| 0x00FA00BE | standard_liter_per_hour | Std L/h |
| 0x00FA00BF | standard_liter_per_min | Std L/min |
| 0x00FA00C0 | standard_liter_per_s | Std L/s |
| 0x00FA00C1 | normal_cubic_meter_per_day | Nml m3/d |
| 0x00FA00C2 | normal_cubic_meter_per_min | Nml m3/min |
| 0x00FA00C3 | normal_cubic_meter_per_s | Nml m3/s |
| 0x00FA00C4 | standard_cubic_feet_per_day | Std ft3/d |
| 0x00FA00C5 | standard_cubic_feet_per_hour | Std ft3/h |
| 0x00FA00C6 | standard_cubic_feet_per_s | Std ft3/s |
| 0x00FA00C7 | standard_cubic_meter_per_day | Std m3/d |
| 0x00FA00C8 | standard_cubic_meter_per_hour | Std m3/h |
| 0x00FA00C9 | standard_cubic_meter_per_min | Std m3/min |
| 0x00FA00CA | standard_cubic_meter_per_s | Std m3/s |
| 0x00FA00CB | beer_bbl | Beer bbl |
| 0x00FA00CC | standard_liter | Std L |
| 0x00FA00CD | standard_cubic_meter | Std m3 |
| 0x00FA00CE | mega_ohm | MOhm |
| 0x00FA00CF | mg_l | mg/L |
| 0x00FA00D0 | OhmCm | Ohm cm |
| 0x00FA00D1 | kOhmCm | kOhm Cm |
| 0x00FA00D2 | mega_ohmCm | MOhm cm |
| 0x00FA00D3 | ppth | ppth |
| 0x00FA00D4 | g | g |
| 0x00FA00D5 | ft_Sqs | ft/s² |
| 0x00FA00D6 | m_Sqs | m/s² |
| 0x00FB0001 | linear | Linear |
| 0x00FB0002 | square_root | Sq root |
| 0x00FB0007 | special_curve | Spcl curve |
| 0x00FB0008 | square_root_plus_special_curve | Sq root+ spcl curve |
| 0x00FB0009 | square_root_to_the_third_power_plus_special_curve | Sq R to 3rd P+SCurv |
| 0x00FB000A | square_root_to_the_fifth_power_plus_special_curve | Sq R to 5th P+SC |
| 0x00FB000B | square_root_to_the_third_power_sup | Sq root to 3rd powr |
| 0x00FB000C | square_root_to_the_fifth_power_sup | Sq root to 5th powr |
| 0x00FB000D | square | Square |
| 0x00FB000E | discrete_switch | discrete (switch) |
| 0x00FC0001 | carbon_steel | Carbon Steel |
| 0x00FC0002 | stainless_steel_304 | 304 SST |
| 0x00FC0003 | stainless_steel_316 | 316 SST |
| 0x00FC0004 | hastelloy_c | Hast-C |
| 0x00FC0005 | monel | Monel |
| 0x00FC0006 | tantalum | Tantalum |
| 0x00FC0007 | titanium | Titanium |
| 0x00FC0008 | pt_ir | Pt-Ir |
| 0x00FC0009 | alloy_20 | Alloy 20 |
| 0x00FC000A | co_cr_ni | Co-Cr-Ni |
| 0x00FC000B | ptfe | PTFE |
| 0x00FC000C | vito | Viton |
| 0x00FC000D | buna_n | Buna-N |
| 0x00FC000E | ethyl_prop | Ethyl-Prop |
| 0x00FC000F | urethane | Urethane |
| 0x00FC0011 | tefzel | Tefzel |
| 0x00FC0012 | ryton | Ryton |
| 0x00FC0013 | ceramic | Ceramic |
| 0x00FC0015 | pvc | PVC |
| 0x00FC0016 | nitrile_rubber | Nitrile Rubber |
| 0x00FC0017 | kalrez | Kalrez |
| 0x00FC0018 | inconel | Inconel |
| 0x00FC0019 | kynar | Kynar |
| 0x00FC001A | aluminium | Al |
| 0x00FC001B | nickel | Nickel |
| 0x00FC001C | hastelloy_c276 | Hast-C276 |
| 0x00FC001D | monel_400 | Monel-400 |
| 0x00FC001E | fep | FEP |
| 0x00FC001F | stainless_steel_316_ti | 316 SST Ti |
| 0x00FC0020 | gold_monel | Gold monel |
| 0x00FC0021 | stainless_steel_316l_sup | 316L SST |
| 0x00FC0022 | klinger_c4401 | 4401 |
| 0x00FC0023 | thermotork | Thermotork |
| 0x00FC0024 | grafoil | Grafoil |
| 0x00FC0025 | ptfe_coated_316l_sst | PTFE coated 316L SST |
| 0x00FC0026 | gold_plated_hastelloy_c276 | Gold plated Hast C276 |
| 0x00FC0027 | ptfe_graphite | PTFE Graphite |
| 0x00FC0028 | ptfe_glass | PTFE Glass |
| 0x00FC0029 | PTFE_hastelloy | PTFE/Hastelloy |
| 0x00FC002A | stainless_steel_CF_8M | SST CF-8M |
| 0x00FC002B | hastelloy_sst | Hastelloy C/SST |
| 0x00FC002C | gold_plated_sst | gold plated SST |
| 0x00FC002D | aflas | Aflas |
| 0x00FD0001 | Acromag | Acromag |
| 0x00FD0002 | Allen_Bradley | Allen Bradley |
| 0x00FD0003 | Ametek | Ametek |
| 0x00FD0004 | Analog_Devices | Analog Devices |
| 0x00FD0006 | Beckman | Beckman |
| 0x00FD0007 | Bell_Microsensor | Bell Microsensor |
| 0x00FD0008 | Bourns | Bourns |
| 0x00FD0009 | Bristol_Babcock | Bristol Babcock |
| 0x00FD000A | Brooks_Instrument | Brooks Instrument |
| 0x00FD000B | Chessell | Chessell |
| 0x00FD000C | Combustion_Engineering | Combustion Engineering |
| 0x00FD000D | Daniel_Industries | Daniel Industries |
| 0x00FD000E | Delta | Delta |
| 0x00FD000F | Dieterich_Standard | Dieterich Standard |
| 0x00FD0010 | Dohrmann | Dohrmann |
| 0x00FD0011 | Endress_and_Hauser | Endress & Hauser |
| 0x00FD0013 | Fisher_Controls | Fisher Controls |
| 0x00FD0014 | Foxboro | Foxboro |
| 0x00FD0015 | Fuji | Fuji |
| 0x00FD0017 | Honeywell | Honeywell |
| 0x00FD0018 | ITT_Barton | ITT Barton |
| 0x00FD001B | Leeds_and_Northrup | Leeds & Northrup |
| 0x00FD001C | Leslie | Leslie |
| 0x00FD001D | M_System_Co | M-System Co. |
| 0x00FD001E | Measurex | Measurex |
| 0x00FD001F | Micro_Motion | Micro Motion |
| 0x00FD0020 | Moore_Industries | Moore Industries |
| 0x00FD0022 | Ohkura_Electric | Ohkura Electric |
| 0x00FD0023 | Paine | Paine |
| 0x00FD0024 | Rochester_Instrument_Systems | Rochester Instrument Systems |
| 0x00FD0025 | Ronan | Ronan |
| 0x00FD0026 | Rosemount | Rosemount |
| 0x00FD0029 | Sensall | Sensall |
| 0x00FD002A | Siemens | Siemens |
| 0x00FD002B | Camille_Bauer | Camille Bauer |
| 0x00FD002C | Toshiba | Toshiba |
| 0x00FD002D | Transmation | Transmation |
| 0x00FD002E | Rosemount_Analytical | Rosemount Analytic |
| 0x00FD0031 | Varec | Varec |
| 0x00FD0032 | Viatran | Viatran |
| 0x00FD0033 | Weed | Weed |
| 0x00FD0034 | Westinghouse | Westinghouse |
| 0x00FD0035 | Xomox | Xomox |
| 0x00FD0036 | Yamatake | Yamatake |
| 0x00FD0037 | Yokogawa | Yokogawa |
| 0x00FD0038 | Nuovo_Pignone | Nuovo Pignone |
| 0x00FD0039 | Promac | Promac |
| 0x00FD003A | Exac_Corporation | Exac Corporation |
| 0x00FD003C | Acrom_Control_System | Arcom Control Systems |
| 0x00FD003D | Oval | Oval |
| 0x00FD003E | Princo | Princo |
| 0x00FD003F | Smar | Smar |
| 0x00FD0041 | Measurement_Technology | Measurement Technology |
| 0x00FD0042 | Applied_System_Technologies | Applied System Technologies |
| 0x00FD0043 | Samson | Samson |
| 0x00FD0044 | Sparling_Instruments | Sparling Instruments |
| 0x00FD0045 | Fireye | Fireye |
| 0x00FD0046 | Krohne | Krohne |
| 0x00FD0047 | Betz_Equipment | Betz |
| 0x00FD0048 | Druck | Druck |
| 0x00FD0049 | SOR | SOR |
| 0x00FD004A | Elcon_Instruments | Elcon Instruments |
| 0x00FD004B | EMCO | EMCO |
| 0x00FD004C | Termiflex | Termiflex Corporation |
| 0x00FD004D | VAF_Instruments | VAF Instruments |
| 0x00FD004E | Westlock_Controls | Westlock Controls |
| 0x00FD004F | Drexelbrook | Drexelbrook |
| 0x00FD0050 | K_TEK | K-TEK |
| 0x00FD0052 | Draeger | Draeger |
| 0x00FD0053 | Raytek | Raytek |
| 0x00FD0055 | BTG | BTG |
| 0x00FD0056 | Magnetrol | Magnetrol |
| 0x00FD0059 | HELIOS | HELIOS |
| 0x00FD005A | Anderson_Instrument_Company | Anderson Instrument Company |
| 0x00FD005B | INOR | INOR |
| 0x00FD005C | ROBERTSHAW | ROBERTSHAW |
| 0x00FD005D | PEPPERL_FUCHS | PEPPERL+FUCHS |
| 0x00FD005E | ACCUTECH | ACCUTECH |
| 0x00FD005F | Flow_Measurement | Flow Measurement, Inc. |
| 0x00FD0061 | Knick | Knick |
| 0x00FD0062 | VEGA | VEGA |
| 0x00FD0063 | MTS_SYS_CORPS_SENSORS | MTS Systems Corp. |
| 0x00FD0064 | Masoneilan_DRESSER | Masoneilan-Dresser |
| 0x00FD0065 | Besta | BESTA |
| 0x00FD0066 | Peek_Measurement | Peek Measurement |
| 0x00FD0067 | Ohmart | Ohmart |
| 0x00FD0068 | Harold_Beck_and_Sons | Harold Beck and Sons, Inc. |
| 0x00FD0069 | rittmeyer_instrumentation | rittmeyer instrumentation |
| 0x00FD006A | rossel_messtechnik | Rossel Messtechnik |
| 0x00FD006B | WIKA | WIKA |
| 0x00FD006D | pr_eletronics | PR Electronics |
| 0x00FD006E | jordan_controls | Jordan Controls |
| 0x00FD006F | valcom | Valcom s.r.l. |
| 0x00FD0070 | us_electric_motors | US ELECTRIC MOTORS |
| 0x00FD0071 | apparatebau_hundsbach | Apparatebau Hundsbach |
| 0x00FD0072 | saab_tank_control | Saab Tank Control |
| 0x00FD0074 | Foxboro_Eckardt | FOXBORO ECKARDT |
| 0x00FD0076 | ISE_Magtech | ISE-Magtech |
| 0x00FD0077 | Delta_Weed | Delta/Weed |
| 0x00FD0078 | Dynisco | Dynisco |
| 0x00FD0079 | Spriano | Spriano |
| 0x00FD007A | Direct_Mesaurement | Direct Measurement |
| 0x00FD007B | Klay | Klay Instruments |
| 0x00FD007D | Mmg_Automatiky | MMG Automatiky DTR |
| 0x00FD007E | Buerkert | Buerkert Fluid Control Systems |
| 0x00FD0080 | Pondus | PONDUS INSTRUMENTS |
| 0x00FD0081 | Zap | ZAP S.A. Ostrow Wielkopolski |
| 0x00FD0082 | GLI | GLI |
| 0x00FD0083 | FRPT | Fisher-Rosemount Performance Technologies |
| 0x00FD0084 | Paper_Machine_Components | Paper Machine Components |
| 0x00FD0085 | Labom | LABOM |
| 0x00FD0086 | Danfoss | Danfoss |
| 0x00FD0087 | Turbo | Turbo |
| 0x00FD0088 | Tokyo_Keiso | TOKYO KEISO |
| 0x00FD0089 | SMC | SMC |
| 0x00FD008A | Status_Instruments | Status Instruments |
| 0x00FD008B | Huakong | Huakong |
| 0x00FD008C | Duon_System | Duon System |
| 0x00FD008D | Vortek_Instruments_LLC | Vortek Instruments, LLC |
| 0x00FD008E | AG_Crosby | AG Crosby |
| 0x00FD008F | Action_Instruments | Action Instruments |
| 0x00FD0090 | Keystone_Controls | Keystone Controls |
| 0x00FD0091 | Thermo_Electric_Company | Thermo Electric Co. |
| 0x00FD0092 | Flowserve | Flowserve |
| 0x00FD0093 | Rueger | Rueger |
| 0x00FD0094 | Mettler_Toledo | Mettler Toledo |
| 0x00FD0095 | Det_Tronics | Det-Tronics |
| 0x00FD0097 | DeZURIK | DeZURIK |
| 0x00FD0098 | Phase_Dynamics | Phase Dynamics |
| 0x00FD0099 | WELLTECH_SHANGHAI | WELLTECH SHANGHAI |
| 0x00FD009A | ENRAF | ENRAF |
| 0x00FD009B | Four_Tech_ASA | 4tech ASA |
| 0x00FD009C | Brandt_Instrument | Brandt Instruments |
| 0x00FD009D | Nivelco | Nivelco |
| 0x00FD009F | Metran | Metran |
| 0x00FD00A0 | Milton_Roy | Milton Roy Co. |
| 0x00FD00A1 | PMV | PMV |
| 0x00FD00A2 | Turck | Turck |
| 0x00FD00A3 | Panametrics | Panametrics |
| 0x00FD00A4 | Stahl | R. Stahl |
| 0x00FD00A5 | Analytical_Technology_Inc | Analytical Technology Inc. |
| 0x00FD00A6 | BERTHOLD | BERTHOLD |
| 0x00FD00A7 | InterCorr | InterCorr |
| 0x00FD00A8 | China_BRICONTE_Co_Ltd | China BRICONTE Co. Ltd. |
| 0x00FD00A9 | Electron_Machine | Electron Machine |
| 0x00FD00AA | Sierra_Instruments | Sierra Instruments |
| 0x00FD00AB | Fluid_Components | Fluid Components |
| 0x00FD00AC | FINT | FINT |
| 0x00FD00AD | HART_Communication_Foundation | HART Communication Foundation |
| 0x00FD00AE | ABB | ABB |
| 0x00FD00AF | Metso_Automation | Metso Automation |
| 0x00FD00B1 | Siemens_Milltronics_PI | Siemens Milltronics PI |
| 0x00FD00B2 | AALIANT_Process_Mgt | AALIANT Process Mgt |
| 0x00FD00B3 | Thermo_Measure_Tech | Thermo Measure Tech |
| 0x00FD00B4 | Actaris_Neptune | Actaris Neptune |
| 0x00FD00B5 | Bourdon_Haenni | Bourdon Haenni |
| 0x00FD00B6 | Solid_AT | Solid AT |
| 0x00FD00B7 | Meriam_Instrument | Meriam Instrument |
| 0x00FD00B8 | Invensys | Invensys |
| 0x00FD00B9 | S_Products | S-Products |
| 0x00FD00BA | Tyco_Valves_Controls | Tyco Valves & Controls |
| 0x00FD00BB | Micro_Matic_Instrument | Micro Matic Instrument A/S |
| 0x00FD00BC | JTec_Associates | J-Tec Associates |
| 0x00FD00BD | TRACERCO | TRACERCO |
| 0x00FD00BE | AGAR | AGAR |
| 0x00FD00BF | Phoenix_Contact | Phoenix_Contact |
| 0x00FD00C0 | Andean_Instruments | Andean Instruments |
| 0x00FD00C1 | Amer_Level_Instr | Amer. Level Instr. |
| 0x00FD00C2 | Hawk | Hawk |
| 0x00FD00C3 | YTC | YTC |
| 0x00FD00C4 | Pyromation_Inc | Pyromation Inc. |
| 0x00FD00C5 | Satron_Instruments | Satron Instruments |
| 0x00FD00C6 | BIFFI | BIFFI |
| 0x00FD00C7 | SAIC | Shanghai Automation Instrumentation Co.,Ltd. |
| 0x00FD00C8 | BD_Sensors | BD Sensors |
| 0x00FD00C9 | Kemotron | Kemotron |
| 0x00FD00CA | APLISENS | APLISENS |
| 0x00FD00CB | Badger_Meter | Badger Meter |
| 0x00FD00CC | HIMA | HIMA |
| 0x00FD00CD | GP_50 | GP:50 |
| 0x00FD00CE | Kongsberg_Maritime | Kongsberg Maritime |
| 0x00FD00CF | ASA | ASA S.p.A. |
| 0x00FD00D0 | Hengesbach | Hengesbach |
| 0x00FD00D1 | Lanlian_Instruments | Lanlian Instruments |
| 0x00FD00D2 | Kajaani_Process_Measurements | Kajaani Process Measurements |
| 0x00FD00D3 | Spectrum_Controls | Spectrum_Controls |
| 0x00FD00D4 | FAFNIR | FAFNIR |
| 0x00FD00D5 | SICK_MAIHAK | SICK MAIHAK |
| 0x00FD00D6 | JSP_Nova_Paka | JSP Nova Paka |
| 0x00FD00D7 | MESACON | MESACON |
| 0x00FD00D8 | Spirax_Sarco_Italy | Spirax Sarco Italy |
| 0x00FD00D9 | L_J_TECHNOLOGIES | L&J TECHNOLOGIES |
| 0x00FD00DA | Tecfluid_SA | Tecfluid S.A. |
| 0x00FD00DB | Prime_Measurement_Products | PRIME Measurement Products |
| 0x00FD00DC | Sailsors_Instruments | Sailsors Instruments |
| 0x00FD00DD | Bopp_and_Reuther_Messtechnik | Bopp & Reuther Messtechnik |
| 0x00FD00DE | Roost | Roost |
| 0x00FD00DF | KOSO | KOSO |
| 0x00FD00E0 | MJK | MJK |
| 0x00FD00E1 | GE_Energy | GE Energy |
| 0x00FD00E2 | BW_Technologies | BW Technologies |
| 0x00FD00E3 | HEINRICHS | HEINRICHS |
| 0x00FD00E4 | SIC | SIC |
| 0x00FD00E5 | HACH_LANGE | HACH LANGE |
| 0x00FD00E6 | Exalon_Instruments | Exalon Instruments |
| 0x00FD00E7 | FAURE_HERMAN | FAURE HERMAN |
| 0x00FD00E8 | STI | STI S.r.l. |
| 0x00FD00E9 | Manometr_Kharkiv | Manometr-Kharkiv |
| 0x00FD00EA | Dalian_Instruments | Dalian-Instruments |
| 0x00FD00EB | Spectrex | Spectrex |
| 0x00FD00EC | SIPAI_Instruments | SIPAI Instruments |
| 0x00FD00ED | Advanced_Flow | Advanced Flow |
| 0x00FD00EE | Rexa_Koso_America | Rexa. Koso America |
| 0x00FD00EF | General_Monitors | General Monitors, Inc. |
| 0x00FD00F0 | Mobrey | Mobrey |
| 0x00FD00F1 | Sensidyne | Sensidyne, Inc |
| 0x00FD00F2 | SEOJIN_INSTECH | SEOJIN INSTECH |
| 0x00FD00F3 | TASI_FLOW | TASI FLOW |
| 0x00FD00F4 | Daehan_Control | Daehan Control |
| 0x00FD00F5 | APM | APM |
| 0x00FD00F6 | ORANGE_INST_UK | ORANGE INST. UK |
| 0x00FD00F7 | BARTEC | BARTEC |
| 0x00FD00F8 | Detcon | Detcon |
| 0x00FD00F9 | MSA | MSA |
| 0x00FD00FA | METROVAL | METROVAL |
| 0x00FD00FB | ExSaf | ExSaf |
| 0x00FD00FC | Etalon_Rus | Etalon Rus |
| 0x00FD00FD | Manufacturer_Expansion | Manufacturer Expansion |
| 0x00FD00FE | CiDRA_CORP | CiDRA CORP. |
| 0x00FD00FF | JOGLER | JOGLER |
| 0x00FD0100 | KSB | KSB |
| 0x00FD0101 | Richter_CT | Richter CT |
| 0x00FD0102 | NET_SAFETY | NET SAFETY |
| 0x00FD0103 | SECanada | SECanada |
| 0x00FD0104 | SUPCON | SUPCON |
| 0x00FD0105 | DKK_TOA | DKK - TOA |
| 0x00FD0106 | Dwyer_Instruments | Dwyer Instruments |
| 0x00FD0107 | FineTek | FineTek |
| 0x00FD0108 | TopWorx | TopWorx Inc. |
| 0x00FD0109 | HOFFER_FLOW_CNTRLS | HOFFER FLOW CNTRLS |
| 0x00FD010A | DUST_NETWORKS | DUST NETWORKS |
| 0x00FD010B | Forbes_Marshall | Forbes Marshall |
| 0x00FD010C | All_Measures_Ltd | All Measures, Ltd. |
| 0x00FD010D | MACTek | MACTek |
| 0x00FD010E | CSI | CSI |
| 0x00FD010F | TC_Fluid_Control | TC Fluid Control |
| 0x00FD0110 | Rohrback_Cosasco | Rohrback Cosasco |
| 0x00FD0111 | AirSprite | AirSprite |
| 0x00FD0112 | Microcyber | Microcyber Inc. |
| 0x00FD0113 | TIG | TIG |
| 0x00FD0114 | ifm_prover_Gmbh | ifm prover Gmbh |
| 0x00FD0115 | FLEXIM | FLEXIM |
| 0x00FD0116 | TOKIMEC | TOKIMEC.INC |
| 0x00FD0117 | SBEM | SBEM |
| 0x00FD0118 | SkoFlo_Industries | SkoFlo Industries, Inc. |
| 0x00FD0119 | StoneL_Corporation | StoneL Corporation |
| 0x00FD011A | EUREKA_FLOW | EUREKA FLOW |
| 0x00FD011B | BEKA_associates | BEKA associates |
| 0x00FD011C | CAPSTAR_AUTOMATION | CAPSTAR AUTOMATION |
| 0x00FD011D | Pulsar | Pulsar |
| 0x00FD011E | Elemer | Elemer |
| 0x00FD011F | Soft_Tech_Group | Soft Tech Group |
| 0x00FD0120 | FUJIAN_WIDEPLUS_PRECISION_INSTR | FUJIAN WIDEPLUS PRECISION INSTRUMENTS CO., LTD |
| 0x00FD0121 | ENOTEC_GmbH | ENOTEC GmbH |
| 0x00FD0122 | Val_Controls_AS | Val Controls A/S |
| 0x00FD0123 | Kurz_Instruments | Kurz Instruments |
| 0x00FD0124 | E_Senza_Technologies | E-Senza Technologies |
| 0x00FD0125 | Crowcon | Crowcon |
| 0x00FD0126 | GEORGIN | GEORGIN |
| 0x00FD0127 | Eldridge_Products | Eldridge Products |
| 0x00FD0128 | DDTOP | DDTOP |
| 0x00FD0129 | KSR_Kuebler | KSR Kuebler |
| 0x00FD012A | Armstrong_Intl | Armstrong Intl |
| 0x00FD012B | Hitachi_High_Tech | Hitachi High-Tech |
| 0x00FD012C | AMFLOW | AMFLOW |
| 0x00FD012D | Fluidwell | Fluidwell |
| 0x00FE0001 | invalid_selection | Invalid selection |
| 0x00FE0002 | passed_parameter_too_large | Value was too high |
| 0x00FE0003 | passed_parameter_too_small | Value was too low |
| 0x00FE0004 | too_few_data_bytes_recieved | Too few data bytes received |
| 0x00FE0005 | lower_range_value_too_high | Lower range value too high |
| 0x00FE0007 | invalid_flange_type | Invalid flange type |
| 0x00FE0008 | lower_range_value_too_low | Lower range value too low |
| 0x00FE000A | upper_range_value_too_high | Upper range value too high |
| 0x00FE000C | upper_range_value_too_low | Upper range value too low |
| 0x00FE0012 | URV_and_LRV_out_of_limits | Lower range value and upper range value out of limits |
| 0x00FE0016 | set_to_nearest_possible_value | Set to nearest possible value |
| 0x00FE0018 | span_too_small | Span too small |
| 0x00FE0019 | new_LRV_pushed_URV_over_USL | New lower range value pushed upper range value over upper sensor limit |
| 0x00FE001C | invalid_units | Invalid unit |
| 0x00FE001D | invalid_analog_output_number_code | Invalid analog output number code |
| 0x00FE0026 | invalid_liner_material_code | Invalid liner material code |
| 0x00FE0027 | invalid_sensor_material_code | Invalid sensor material code |
| 0x00FE0028 | invalid_base_mass_time_units | Invalid base mass time unit |
| 0x00FE0029 | invalid_base_mass_flow_units | Invalid base flow unit |
| 0x00FE002E | invalid_base_volume_time_units | Invalid base volume time unit |
| 0x00FE002F | invalid_base_volume_flow_units | Invalid base volume flow unit |
| 0x00FE0030 | incorrect_format | Incorrect format |
| 0x00FE004C | invalid_transfer_function_code | Invalid transfer function |
| 0x00FE004D | invalid_device_variable | Invalid field device variable code |
| 0x00FE004E | invalid_poll_address_selection | Invalid poll address selection |
| 0x00FE004F | invalid_date_code_detected | Invalid date code detected |
| 0x00FE0051 | invalid_write_device_variable | Invalid write device variable code |
| 0x00FE0052 | device_variable_not_allowed | Device variable not allowed |
| 0x00FE0053 | invalid_capture_mode_code | Invalid capture mode code |
| 0x00FE0054 | invalid_slot_number | Invalid slot number |
| 0x00FE0055 | command_number_not_supported | Command number not supported |
| 0x00FE0056 | invalid_lock_code | Invalid lock code |
| 0x00FE0057 | invalid_span | Invalid span |
| 0x00FF0004 | update_in_progress | Update In progress |
| 0x00FF0006 | no_command_specific_errors | No specific error |
| 0x00FF0007 | xmtr_specific_command_error | Field device specific error |
| 0x00FF0008 | access_restricted | Access restricted |
| 0x00FF0009 | update_failure | Update fail |
| 0x00FF000E | Command_not_implemented | Command not implemented |
| 0x00FF000F | all_but_running_flushed | All but running delayed responses flushed |
| 0x00FF0010 | excess_correction_attempted | Excess correction attempted |
| 0x00FF0011 | computational_error | Computational error, values unchanged |
| 0x01000001 | in_write_protect_mode | In write protect mode |
| 0x01000002 | not_in_proper_current_mode | Not in fixed current mode |
| 0x01000003 | not_in_proper_anlg_output_mode | Not in analog output mode |
| 0x01000007 | in_multidrop_mode | In multidrop mode |
| 0x01000008 | cannot_lock_device | Cannot lock device |
| 0x01000009 | busy | Busy |
| 0x0100000A | delayed_response_initiated | Delayed response initiated |
| 0x0100000B | delayed_response_running | Delayed response running |
| 0x0100000C | delayed_response_dead | Delayed response dead |
| 0x0100000D | delayed_response_conflict | Delayed response conflict |
| 0x0100000E | unable_to_squawk | Unable to squawk |
| 0x0100000F | invalid_mode_selection | Invalid mode selection |
| 0x01010001 | applied_process_too_high | Applied process too high |
| 0x01010002 | applied_process_too_low | Applied process too low |
| 0x01080001 | buffer_overflow | Buffer overflow |
| 0x01080002 | longitudinal_parity_error | Longitudinal parity error |
| 0x01080003 | framing_error | Framing error |
| 0x01080004 | overrun_error | Overrun error |
| 0x01080005 | vertical_parity_error | Vertical parity error |
| 0x01090001 | PV_out_of_limits | Process applied to the primary variable is outside the operating limits of the field device |
| 0x01090002 | Non_PV_out_of_limits | Process applied to the non-primary variable is outside the operating limits of the field device |
| 0x01090005 | more_status_available | Field device has more status available |
| 0x01090006 | cold_start | A reset or self test of the field device has occurred, or power has been removed and reapplied |
| 0x01090007 | configuration_changed | A modification has been made to the configuration of the field device |
| 0x01090008 | device_malfunction | Field device has malfunctioned due to a hardware error or failure |
| 0x0112000D | abort_reference | Abort |
| 0x01150001 | off | Off |
| 0x0115000A | not_used | Not used |
| 0x0115000B | none | None |
| 0x0115000C | unknown | Unknown |
| 0x0115000D | special | Spcl |
| 0x0115000F | success | Success |
| 0x01150010 | high | Hi |
| 0x01150011 | low | Lo |
| 0x0115001C | start | Start |
| 0x0115001D | stop | Stop |
| 0x0115001E | reset | Reset |
| 0x01150043 | bell_202_current | Bell 202 current |
| 0x01150044 | bell_202_voltage | Bell 202 voltage |
| 0x01150045 | Multisens_Dev | Multisnsr dev |
| 0x01150046 | EEPROM_Ctrl | Command #39, EEPROM cntrl, required |
| 0x0115004A | burn_eeprom | Burn EEPROM |
| 0x0115004B | restore_shadow_ram | Restore shadow RAM |
| 0x0115004C | no | No |
| 0x0115004D | yes | Yes |
| 0x0115004E | rs_485 | RS-485 |
| 0x0115004F | protocol_bridge_device | Protocol bridge dev |
| 0x01150050 | rs_232 | RS-232 |
| 0x01150051 | psk_capable_device | PSK capable device |
| 0x01150052 | psk_loop_current_disabled | PSK w/ Loop current disabled |
| 0x01150053 | read_device_variables_with_status | Cmd 9: Device vars w/ status |
| 0x01150054 | read_device_variables | Cmd 33: Device variables |
| 0x01150055 | Standard | Standard |
| 0x01150056 | read_primary_variable | Cmd 1: PV |
| 0x01150057 | read_percent_range_and_current | Cmd 2: % range/current |
| 0x01150058 | read_dyn_vars_and_current | Cmd 3: Dyn vars/current |
| 0x01160001 | bus_devices | Online |
| 0x01160004 | detailed_setup | Detailed setup |
| 0x01160007 | construction_materials | Construction matls |
| 0x01160029 | hot_key | Hot key |
| 0x0116002B | diagnostics_and_service | Diag/Service |
| 0x0116002D | calibration | Calibration |
| 0x0116002E | status | Status |
| 0x0116002F | basic_setup | Basic setup |
| 0x01160031 | revision_numbers | Revision #'s |
| 0x01160037 | HART_output | HART output |
| 0x0116003A | review | Review |
| 0x01170001 | selftest | Self test |
| 0x0117000B | loop_test | Loop test |
| 0x0117000C | DAC_trim | D/A trim |
| 0x0117000D | zero_trim | Zero trim |
| 0x0117000F | leaving_fixed_current_mode | Leaving fixed crnt mode |
| 0x01170014 | trim_analog_output | Trim analog output |
| 0x01170015 | fix_analog_output | Fix analog output |
| 0x0117001D | field_device_variable_zero_trim | Dev var zero trim |
| 0x0117001E | apply_values | Apply values |
| 0x01170020 | aborting_return_to_normal | Aborting return to normal |
| 0x01170021 | set_loop_to_manual | Set loop to manual |
| 0x01170024 | squawk | Squawk |
| 0x01170025 | adc_trim | A/D trim |
| 0x01170026 | device_reset | Device reset |
| 0x01170027 | lock_unlock_device | Lock/Unlock device |
| 0x01170028 | device_variable_trim | Device variable trim |
| 0x01170029 | trim_warning | Trim warning |
| 0x0117002A | device_variable_trim_reset | Device variable trim reset |
| 0x0117002B | catch_device_variable | Catch device variable |
| 0x01180001 | range_values | Range values |
| 0x01190005 | manufacturer_id | Manufacturer |
| 0x01190006 | device_type | Model |
| 0x01190007 | number_of_request_preambles | Num req preams |
| 0x01190008 | universal_revision | Universal rev |
| 0x01190009 | transmitter_revision | Fld dev rev |
| 0x0119000A | software_revision | Software rev |
| 0x0119000B | hardware_revision | Hardware rev |
| 0x0119000C | device_flags | Dev flags |
| 0x0119000D | device_identification | Dev id |
| 0x0119000E | polling_address | Poll addr |
| 0x0119000F | tag | Tag |
| 0x01190010 | message | Message |
| 0x01190011 | descriptor | Descriptor |
| 0x01190012 | date | Date |
| 0x01190013 | write_protect | Write protect |
| 0x01190014 | private_label_distributor | Distributor |
| 0x01190015 | final_assembly_number | Final asmbly num |
| 0x01190017 | EEPROM_select | EEPROM select |
| 0x0119001E | operating_mode_1 | Operate mode 1 |
| 0x01190020 | analog_output_saturated | AO saturated |
| 0x01190021 | analog_output_fixed | AO fixed |
| 0x0119002D | unit_tag | Dev tag |
| 0x0119002E | unit_descriptor | Dev des |
| 0x0119002F | unit_date | Dev date |
| 0x01190030 | number_of_response_preambles | Num resp preams |
| 0x01190032 | burst_mode_select | Burst mode |
| 0x01190035 | alarm_select | AO Alrm typ |
| 0x01190036 | pv_percent_range | PV % rnge |
| 0x01190037 | transfer_function | Xfer fnctn |
| 0x01190039 | pv_urv | PV URV |
| 0x0119003A | pv_lrv | PV LRV |
| 0x01190040 | pv | PV |
| 0x01190066 | totalizer_control | Totlizer cntrl |
| 0x01190070 | percent_of_range | % rnge |
| 0x01190073 | damping_value | Damp |
| 0x01190078 | sv | SV |
| 0x0119007A | tv | TV |
| 0x0119007C | range_units | Rnge unit |
| 0x01190091 | units | Unit |
| 0x01190092 | time | Time |
| 0x011900AA | mass_total_units | Mass totl unit |
| 0x011900AE | temperature_units | Temp unit |
| 0x011900D5 | volume_total_units | Vol flo totl unit |
| 0x011900DE | analog_upper_limit | Anlog upr limit |
| 0x011900DF | analog_lower_limit | Anlog lor limit |
| 0x011900E0 | analog_units | Anlog unit |
| 0x011900E2 | analog_output_1_cutoff | AO1 Cutoff |
| 0x01190103 | fixed_frequency | Fixed freq |
| 0x01190114 | cutoff_type | Cutoff typ |
| 0x01190119 | alarm_number | Alrm num |
| 0x0119011A | alarm_type | Alrm typ |
| 0x01190170 | physical_signalling_code | Physicl signl code |
| 0x01190172 | tertiary_variable_is | TV is |
| 0x01190173 | secondary_variable_is | SV is |
| 0x01190174 | primary_variable_is | PV is |
| 0x01190183 | device_specific_status_0 | Status group 0 |
| 0x01190184 | device_specific_status_1 | Status group 1 |
| 0x01190185 | device_specific_status_2 | Status group 2 |
| 0x01190186 | device_specific_status_3 | Status group 3 |
| 0x01190187 | device_specific_status_4 | Status group 4 |
| 0x01190188 | device_specific_status_5 | Status group 5 |
| 0x01190189 | device_specific_status_24 | Status group 24 |
| 0x0119018A | device_specific_status_17 | Status group 17 |
| 0x0119018B | device_specific_status_18 | Status group 18 |
| 0x0119018C | device_specific_status_19 | Status group 19 |
| 0x0119018D | device_specific_status_20 | Status group 20 |
| 0x0119018E | device_specific_status_21 | Status group 21 |
| 0x0119018F | device_specific_status_22 | Status group 22 |
| 0x01190190 | device_specific_status_23 | Status group 23 |
| 0x01190191 | device_specific_status_14 | Status group 14 |
| 0x01190192 | device_specific_status_15 | Status group 15 |
| 0x01190193 | device_specific_status_16 | Status group 16 |
| 0x01190195 | maximum_number_of_device_variables | Max dev vars |
| 0x01190196 | configuration_change_counter | Cfg chng count |
| 0x01190197 | extended_field_device_status | Ext dev status |
| 0x01190198 | command_specific_response_code | Response code |
| 0x01190199 | communications_error_summary | Communication status |
| 0x0119019A | field_device_status | Device status |
| 0x0119019B | long_tag | Long tag |
| 0x0119019C | loop_current_mode | Loop current mode |
| 0x011901A4 | loop_current | Loop current |
| 0x011901A5 | analog_channel_flags | Channel flags |
| 0x011901A6 | lock_device_code | Lock dev code |
| 0x011901A7 | lock_device_status_code | Lock dev status |
| 0x011901A8 | burst_variable_1 | Burst var 1 is |
| 0x011901A9 | burst_variable_2 | Burst var 2 is |
| 0x011901AA | burst_variable_3 | Burst var 3 is |
| 0x011901AB | burst_variable_4 | Burst var 4 is |
| 0x011901AC | device_family | Device family |
| 0x011901AD | classification | Class |
| 0x011901AE | process_data_quality | PDQ |
| 0x011901AF | limit_status | LS |
| 0x011901B0 | family_status | Family status |
| 0x011901B9 | quaternary_variable_is | QV is |
| 0x011A0016 | analog_1_cutoff | AO1 Cutoff |
| 0x011A0019 | urv | URV |
| 0x011A001A | lrv | LRV |
| 0x011A001B | usl | USL |
| 0x011A001C | lsl | LSL |
| 0x011A0020 | analog_output_value | AO |
| 0x011A0021 | analog_output_units | AO unit |
| 0x011A0022 | analog_output_lower_endpoint | AO lo end pt |
| 0x011A0023 | analog_output_upper_endpoint | AO hi end pt |
| 0x011A002A | analog_input | AI |
| 0x01210004 | qv | 4V |
| 0x01240002 | analog_value_help | Analog Output Value- Value that tracks the Digital Value representation, under normal operating modes |
| 0x01240003 | alarm_code_help | Analog Output Alarm Type- Defines how the Analog Output will respond when the Field Device detects that the Analog Output may not be tracking the associated Field Device Variable. NOTE- The Digital Value representation may not be determinate. |
| 0x01240004 | transfer_function_help | Transfer Function- Defines the transformation function that will be applied from the Field Device Variable to the Analog Output, and Percent Range. The Transfer Function does not affect the Digital Value representation. |
| 0x01240005 | seconds_added_damping_value_help | Analog Output Added Damping Value- Damping time constant applied the Analog Output. The units of this variable are always in seconds. |
| 0x01240006 | analog_output_upper_end_point_help | Analog Output Upper Endpoint Value- Defines the upper endpoint, of the respective Analog Output, for normal operating conditions |
| 0x01240007 | analog_output_lower_end_point_help | Analog Output Lower Endpoint Value- Defines the lower endpoint, of the respective Analog Output, for normal operating conditions |
| 0x0124000A | percent_of_range_help | Percent of Range- Variable that tracks the Digital Value representation with respect to the range defined by the Lower Range Value and Upper Range Value, for normal operating modes. The units of this variable are always in percent. |
| 0x0124000C | upper_sensor_limit_help | Upper Sensor Limit Value- Defines the maximum usable value for the Upper Range Value |
| 0x0124000D | lower_sensor_limit_help | Lower Sensor Limit Value- Defines the minimum usable value for the Lower Range Value |
| 0x0124000E | minimum_span_help | Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value |
| 0x0124000F | sensor_serial_number_help | Sensor Serial Number- Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived |
| 0x01240010 | range_units_help | Range Unit- Engineering unit to be displayed with the Upper Range Value and Lower Range Value |
| 0x01240011 | upper_range_value_help | Upper Range Value- Defines the operational endpoint from which the Analog Value, and the 100% point of the Percent Range are derived. In addition, the Upper Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. |
| 0x01240012 | lower_range_value_help | Lower Range Value- Defines the operational endpoint from which the Analog Value, and the 0% point of the Percent Range are derived. In addition, the Lower Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. |
| 0x01240013 | seconds_damping_value_help | Damping Value- Damping time constant applied to both the Digital Value representation and Analog Value of the respective Analog Output. The units of this variable are always in seconds. |
| 0x0124001B | final_assembly_number_help | Final Assembly Number- Number that is used for identification purposes, and is associated with the overall Field Device |
| 0x0124001C | private_label_distributor_help | Private Label Distributor- References the company that is responsible for the distribution of this Field Device to customers |
| 0x0124001D | write_protect_mode_help | Write Protect Mode- Indicates whether variables can be written to the Field Device, or whether commands that cause actions, to be performed in the Field Device, can or cannot occur. Depending on the Field Device, this is a mode that is controllable by the user, either via the Field Device hardware or the HART Protocol. |
| 0x0124001E | date_help | Date- Gregorian calendar date that is stored in the Field Device. This date can be used by the user in any way. There is no specific recommended use. |
| 0x0124001F | discriptor_help | Descriptor- Text that is associated with the Field Device. This text can be used by the user in any way. There is no specific recommended use. |
| 0x01240020 | message_help | Message- Text that is associated with the Field Device. This text can be used by the user in any way. There is no recommended use. |
| 0x01240021 | polling_address_help | Polling Address- Address used by the Host to identify a Field Device, and changeable by the User to control: the Multidrop Mode for Analog Output 1), and the Analog Output Fixed Mode of Analog Output 1) |
| 0x01240022 | field_device_identification_help | Field Device Identification- Uniquely identifies the Field Device when combined with the Manufacturer Identification and Device Type. Therefore, this variable cannot be modified by the Host user. |
| 0x01240023 | field_device_flags_help | Field Device Flags- Describes special features of the Field Device that affect the Data Link Layer |
| 0x01240024 | physical_signalling_code_help | Physical Signaling Code- The Physical Signaling Code describes the type of Physical Layer that has been implemented in the hardware that is responsible for the HART Communication port |
| 0x01240025 | hardware_revision_help | Hardware Revision- Revision that corresponds to the electronics hardware of the Field Device |
| 0x01240026 | field_device_software_revision_help | Field Device Software Revision- This revision corresponds to the software or firmware, that is embedded in the Field Device |
| 0x01240027 | field_device_revision_help | Field Device Revision- Revision of the Field Device Specific Device Description, that the Field Device conforms to |
| 0x01240028 | universal_revision_help | Universal Revision- Revision of the Universal Device Description, that the Field Device conforms to |
| 0x01240029 | number_of_request_preambles_help | Number of Request Preambles- Number of Preambles required from the Host request by the Field Device |
| 0x0124002A | manufacturers_device_type_help | Model- References the type of Field Device, usually an advertised model number, that is unique to a single manufacturer |
| 0x0124002B | manufacturer_id_code_help | Manufacturer Identification Code- References a specific manufacturer, which is usually a company name, that is responsible for the manufacture of this Field Device |
| 0x0124002C | field_device_status_help | Field Device Status- Data indicating that the Field Device has detected condition(s) in the Field Device relating to: its hardware / the validity of a variable / its operating status / an internal process |
| 0x0124002D | communications_error_summary_help | Communications Error Summary- The Field Device has detected the following error condition while attempting to receive the Host request. Therefore the Command was not accepted, and the Host request caused no change to occur in the Field Device. |
| 0x0124002E | command_specific_response_code_help | Command Specific Response Code- Data that is returned in the Field Device response, that indicates the relative success of the Command sent in the Host request. This information may relate to the Data of the Host request or to the command itself. |
| 0x0124002F | burst_mode_select_help | Burst Mode Select- Selects the mode for the Burst Mode functionality. If Burst is enabled the Field Device will generate HART messages on the Link without individual requests from the Host. |
| 0x01240030 | burst_command_number_help | Burst Option- Selects the variable(s) that will be Bursted if Burst Mode is enabled |
| 0x01240031 | index_into_dynamic_variables_array_help | Index into Dynamic Variables Array- An index that identifies a Field Device Variable that is dynamic with respect to time, with no user input |
| 0x01240037 | tertiary_variable_code_is_help | Tertiary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Tertiary Variable dynamic variable |
| 0x01240038 | secondary_variable_code_is_help | Secondary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Secondary Variable dynamic variable |
| 0x01240039 | primary_variable_code_is_help | Primary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Primary Variable dynamic variable |
| 0x0124003A | analog_output_fixed_help | Field Device Specific Dynamic Variable Analog Output Fixed- Data that indicates which of the Analog Outputs are, or are not, Fixed. The analog and digital Analog Outputs for the Dynamic Variable are held at a constant value (depending on the Mode of the Field Device). They will not respond to the applied process. |
| 0x0124003B | analog_output_saturated_help | Field Device Specific Dynamic Variable Analog Output Saturated- Data that indicates which of the Analog Outputs are, or are not, saturated. The analog and digital Analog Outputs for the Dynamic Variable are beyond their limits and no longer represent the true applied process. |
| 0x0124003D | operating_mode_1_help | Field Device Specific Operating Mode 1- A possible mode of operation in Field Device |
| 0x01240043 | number_of_response_preambles_help | Number of Response Preambles- Number of Preambles to be sent in the response message from the Field Device to the Host |
| 0x01240044 | unit_date_help | Field Device Date- Georgian calendar date associated with the Field Device, when there are other Date(s) in the Field Device that relate to sub applications |
| 0x01240045 | unit_descriptor_help | Field Device Descriptor- Text that is stored in the Field Device, when there are other Descriptors in the Field Device that relate to sub applications |
| 0x01240046 | unit_tag_help | Field Device Tag- Text that is stored in the Field Device, when there are other Tags in the Field Device that relate to sub applications |
| 0x01240047 | field_device_status_16_help | Field Device Specific Status Byte 17- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240048 | field_device_status_15_help | Field Device Specific Status Byte 16- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240049 | field_device_status_14_help | Field Device Specific Status Byte 15- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240052 | field_device_status_5_help | Field Device Specific Status Byte 6- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240053 | field_device_status_4_help | Field Device Specific Status Byte 5- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240054 | field_device_status_3_help | Field Device Specific Status Byte 4- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240055 | field_device_status_2_help | Field Device Specific Status Byte 3- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240056 | field_device_status_1_help | Field Device Specific Status Byte 2- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240057 | field_device_status_0_help | Field Device Specific Status Byte 1- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240058 | eeprom_select_help | Electrically Erasable Read Only Memory Selection- Controls the data in: EEPROM Read Only Memory / Read Only Memory |
| 0x01240059 | burn_eeprom_help | Burn Electrically Erasable Read Only Memory- Operation where the Field Device will copy what is in its Random Access Memory into the Electrically Erasable Read Only Memory, thus making changes by the Host permanent |
| 0x0124005A | leaving_fixed_current_mode_help_1 | Leaving Fixed Current Mode- Takes the selected Analog Output out of a mode where the output was a constant value, and returns the output to a mode where the output then tracks the input |
| 0x0124005B | leaving_fixed_current_mode_help_2 | Leaving Fixed Current Mode- Takes the Analog Output out of a mode where the output was a constant value, and returns the output to a mode where the output the tracks the input |
| 0x0124005C | zero_trim_help | Zero trim- Make the sensor input the new zero input reference |
| 0x0124005D | digital_to_analog_trim_help | Digital to Analog Trim- Allows the calibration of a selected Analog Output with an external reference at the operating endpoints of the Analog Output |
| 0x0124005F | fix_analog_output_help | Fix Analog Output- Allows the User to manually manipulate a selected Analog Output to a selected constant output value |
| 0x01240060 | applied_values_help | Applied values- Perform a device rerange by applying the desired Upper Range Value and Lower Range Values to the device input |
| 0x01240061 | loop_test_help | Loop test- Allows the User to manually manipulate the Analog Output to a selected constant output value |
| 0x01240062 | tag_help | Tag- Text that is associated with the Field Device installation. This text can be used by the user in any way. A recommended use is as a unique label to a plant that correlates to a Field Device label: a plant drawing, or on a Control System. This variable is also used as a type of data link layer address handle. |
| 0x01240063 | field_device_status_17_help | Field Device Specific Status Byte 18- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240064 | field_device_status_18_help | Field Device Specific Status Byte 19- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240065 | field_device_status_19_help | Field Device Specific Status Byte 20- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240066 | field_device_status_20_help | Field Device Specific Status Byte 21- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240067 | field_device_status_21_help | Field Device Specific Status Byte 22- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240068 | field_device_status_22_help | Field Device Specific Status Byte 23- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x01240069 | field_device_status_23_help | Field Device Specific Status Byte 24- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x0124006A | field_device_status_24_help | Field Device Specific Status Byte 25- Data that has Field Device status information relating to: failures / warnings / status of process's |
| 0x0124006C | analog_input_block_help | Analog Input- Takes a process input that has engineering units and may perform the following operations to that input: scale to create a percent range, apply a transfer function, ... |
| 0x01240074 | multi_sensor_fld_dev | Multi Sensor Field Device |
| 0x01240075 | not_write_protected | Not Write Protected |
| 0x01240076 | write_protected | Write Protected |
| 0x01240077 | pv_help | Primary Variable |
| 0x01240078 | percent_rnge_help | Percent of Range of the Primary Variable and Analog Output 1 Current |
| 0x01240079 | all_process_var_help | All Dynamic Process Variables and Analog Output 1 Current |
| 0x0124007C | squawk_field_device_help | Make the Field Device Squawk- This causes the device to visually, audibly or mechanically alert to allow technicans to idendify it |
| 0x0124007D | maximum_number_of_device_variables_help | Maxium Number of Device Variables- This indicates the last Device Variable code that a host application should expect to be found in the field device (e.g., when identifying the Device Variables using Command 54) |
| 0x0124007E | configuration_change_counter_help | Configuration Change Counter- This indicates the number of times the devices configuration or calibration has been changed by a host application or from a local operator interface |
| 0x0124007F | extended_field_device_status_help | Extended Field Device Status- This provides additional Device Status information |
| 0x01240080 | long_tag_help | Long Tag- Functions exactly like Tag except the size is larger (max of 32 ISO Latin 1 characters) |
| 0x01240081 | loop_current_mode_help | Loop Current Mode- Indicates whether the loop current is active or fixed (i.e., the device is in multi-drop) |
| 0x01240088 | valve_loop_test_help | Loop test- Allows the User to use an external analog input signal at a constant value to test the Analog Input Channel, e.g. valves |
| 0x01240089 | loop_current_help | Loop Current- loop current value as perceived by the device |
| 0x0124008A | analog_channel_flags_help | Analog Channel Flags- Defines the characteristics of the Analog Channel |
| 0x0124008B | lock_device_code_help | Lock Device Code- Indicates whether the device has been placed in a locked position to prevent any changes from being made manually or from another master |
| 0x0124008C | analog_to_digital_trim_help | Analog to Digital Trim- Allows the calibration of a selected Analog Input with a connected current source and an external reference at the operating endpoints of the Analog Input, e.g. valves |
| 0x0124008D | read_device_variables_with_status_help | Read Device Variables with Status- This commands allows up to 4 device variables (along with status and quality information for each) to be read in burst mode. The device variables to be burst are set using Command 107 |
| 0x0124008E | read_device_variables_help | Read Device Variables- This commands allows up to 4 device variables to be read in burst mode. The device variables to be burst are set using Command 107 |
| 0x0124008F | burst_variable_1_help | Burst Variable Slot 1- Device variable code assigned to slot 1 to be read in burst mode |
| 0x01240090 | burst_variable_2_help | Burst Variable Slot 2- Device variable code assigned to slot 2 to be read in burst mode |
| 0x01240091 | burst_variable_3_help | Burst Variable Slot 3- Device variable code assigned to slot 3 to be read in burst mode |
| 0x01240092 | burst_variable_4_help | Burst Variable Slot 4- Device variable code assigned to slot 4 to be read in burst mode |
| 0x01240093 | selftest_help | Self Test- Commands the electronics to perform a self test |
| 0x01240094 | device_reset_help | Device Reset- Commands the electronics to perform a reset. This is equivalent to cycling the power off and then back on to the field device. |
| 0x01240095 | lock_unlock_device_help | Lock/Unlock Device- Places the device in either a locked or unlocked position |
| 0x01240096 | device_variable_trim_help | Device Variable Trim- Allows for the calibration measurement of a device variable to be adjusted linearly. The trim point that is sent to the device must represent the presently applied process variable value. |
| 0x01240097 | process_data_quality_help | Process Data Quality- Indicates the overall process data quality of the device variable value |
| 0x01240098 | limit_status_help | Limit Status- Indicates whether the device variable is limited (i.e., not responding to a process) |
| 0x01240099 | family_status_help | Device Family Status- Indicates additional status information on a device variable for a specific device family |
| 0x0124009A | classification_help | Classification- Indicates the unit code expansion table used for a particular dynamic or device variable |
| 0x0124009B | device_family_help | Device Family- Indicates the family (i.e, pressure, temperature, flow, etc.) that the device variable belongs |
| 0x012400A4 | device_variable_trim_code_help | Device Variable Trim Code- An index that identifies a Field Device Variable that supports the trim procedure |
| 0x012400A5 | destination_device_variable_code_help | Device Variable Trim Code- An index that identifies a Field Device Variable that supports the capturing of a device variable from another field device |
| 0x012400A6 | device_variable_trim_reset_help | Device Variable Trim Reset- Allows for the device variable to be set to its default factory trim |
| 0x012400A7 | quaternary_variable_code_is_help | Quaternary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Quaternary Variable dynamic variable |
| 0x012400A8 | catch_device_variable_help | Catch Device Variable- Allows for a device to capture the data from another field device and map it to one of its Device Variables |
| 0x01260005 | pressure | Pres |
| 0x01260009 | blank | |
| 0x0126001B | cutoff | Cutoff |
| 0x0126001D | setpoint_units | Set pt unit |
| 0x0126001E | variable_code | Var code |
| 0x0126001F | type_code | Typ code |
| 0x01260058 | device_types | Device Types |
| 0x01260059 | device_types_help | An array containing all the model code variables for all devices |
| 0x012C0027 | hold_last_output_value | Hold last out valu |
| 0x012D0001 | remove_loop_from_auto | WARN-Loop should be removed from automatic control |
| 0x012D0002 | loop_output | Output |
| 0x012D0003 | fld_dev_otpt_fixed | Fld dev output is fixed at %0 mA |
| 0x012D0004 | choose_analog_output_level | Choose analog output level |
| 0x012D0005 | choices_4_20_other_end | 4mA;20mA;Other;End |
| 0x012D0006 | abort_last_error | Aborting method due to last error |
| 0x012D0007 | setting_fld_dev_4_ma | Setting fld dev output to 4mA |
| 0x012D0008 | enter_meter_value | Enter meter value |
| 0x012D0009 | fld_dev_otpt_equal_ref_meter | Fld dev output %0 mA equal to reference meter? |
| 0x012D000A | yes_no | Yes;No |
| 0x012D000B | setting_fld_dev_20_ma | Setting fld dev output to 20mA |
| 0x012D0011 | connect_reference_meter | Connect reference meter |
| 0x012D0014 | this_will_affect_snsr_cal | WARN-This will affect sensor calibration |
| 0x012D0015 | apply_0_input_to_snsr | Apply 0 input to sensor |
| 0x012D0016 | snsr_input_stabilizing | Sensor input stabilizing |
| 0x012D0017 | zero_the_input_and_try_again | Do you wish to zero the input and try again ? |
| 0x012D0018 | snsr_zero_succeeded | Sensor zero succeeded |
| 0x012D0019 | return_fld_dev_to_orig_otpt | Returning fld dev to original output |
| 0x012D001A | loop_may_be_returned_to_auto | NOTE-Loop may be returned to automatic control |
| 0x012D001B | apply_new_4ma_input | Apply new 4ma input |
| 0x012D001C | set_the | Set the: |
| 0x012D001D | choice_4_20_exit | 4mA;20mA;Exit |
| 0x012D001E | current_applied_process_val | Current applied process value: %{0} %{1} |
| 0x012D001F | set_4ma_read_new_leave | Set as 4mA value;Read new value;Leave as found |
| 0x012D0020 | apply_new_20ma_input | Apply new 20ma input |
| 0x012D0021 | set_20ma_read_new_leave | Set as 20mA value;Read new value;Leave as found |
| 0x012D0022 | remove_from_auto_befor_send | WARN-Remove loop from automatic control before sending. You may return loop to automatic control after sending. |
| 0x012D0023 | select_analog_output_to_trim | Select analog output to trim |
| 0x012D0024 | select_analog_output_units | Select analog output units |
| 0x012D0025 | select_fld_dev_var_snsr_trim | Select fld dev var sensor to trim |
| 0x012D0026 | enter_desired_analog_output | Enter desired analog output value |
| 0x012D0027 | new_value_end | New value;End |
| 0x012D0028 | fld_dev_AO_is_fixed_at | Feld dev %0 A0 is fixed at %1 %2 |
| 0x012D0029 | about_to_set_fld_dev_output | About to set fld dev output to %0 %1 |
| 0x012D002A | fld_dev_output_eq_ref_meter | Fld dev output %0 %1 equal to reference meter? |
| 0x012D002B | invalid_value_try_again | Invalid value try again |
| 0x012D002C | making_changes_permanent | Making changes permanent |
| 0x012D002D | previous_err_seen_brn_eeprom | The previous error was seen while trying to burn EEPROM |
| 0x012D002F | begin_squawk | Squawks = %{count}, begin squawking? |
| 0x012D0030 | choices_number_squawk_exit | Change Number of Squawks;Squawk;Exit |
| 0x012D0031 | change_number_of_squawks | Change number of squawks to make |
| 0x012D0032 | squawk_in_process | Squawking is in process |
| 0x012D0033 | apply_current_input_to_value | Apply input source to %{current} mA, current is %0 mA. Press OK when stable. |
| 0x012D0034 | apply_current_input_to_desired_value | Apply input source to desired value, current is %0 mA. Press OK when stable. |
| 0x012D0035 | choose_analog_input_level | Choose analog input level |
| 0x012D0036 | fld_dev_current_equal_ref_meter | Fld dev current %0 mA equal to reference meter? |
| 0x012D0037 | device_stuck_in_self_test | Device may be stuck in self test |
| 0x012D0038 | self_test_ok | Self test OK |
| 0x012D0039 | about_to_perform_device_reset | About to perform device reset |
| 0x012D003A | device_reset_in_progress | Device reset in progress, please wait... |
| 0x012D003B | device_stuck_in_device_reset | Device may be stuck in Device Reset |
| 0x012D003C | device_reset_ok | Device reset OK |
| 0x012D003D | device_unlocked | The device is Unlocked. Do you want to lock it? |
| 0x012D003E | device_locked | The device is Locked. Do you want to unlock it? |
| 0x012D003F | make_permanent | Do you wish to make the lock Permanent? |
| 0x012D0040 | trim_not_complete | WARN-Only one of the trim values was performed. Your device may be in an unstable state. |
| 0x012D0041 | apply_lower_trim_input | Apply input between %{trim_min} and %{trim_max}, previous trim = %{trim_point}.\n\nProcess value is %0 %1. Press OK when stable. |
| 0x012D0042 | apply_upper_trim_input | Apply upper input between %{trim_min} and %{trim_max}, previous trim = %{trim_point}.\n\nProcess value is %0 %1. Press OK when stable. |
| 0x012D0043 | applied_process_equal_ref_meter | Applied process %0 %1 equal to reference meter? |
| 0x012D0044 | trim_another_device_variable | Do you want to trim another device variable? |
| 0x012D0045 | current_trimpoints | Current trimpoints: %{lower_trim_point} and %{upper_trim_point} %{0}.\n\nDo you want to reset them? |
| 0x012D0046 | connect_reference_meter_trim_dv | Connect reference meter to trim device variable |
| 0x012D0047 | select_device_variable_catch | Select the device variable to catch the data source |
| 0x012D0048 | select_catch_dv_capture_mode | Select the device variable capture mode |
| 0x012D0049 | select_src_manufacturer | Select the source manufacturer |
| 0x012D004A | select_src_device_type | Select the source device type |
| 0x012D004B | choose_src_device_id | Choose the source device id |
| 0x012D004C | any_device_matching_mfr_dev_type | Do you want to catch data from any field device matching the manufacturer %{1}, device type %{2}? |
| 0x012D004D | select_src_command | Select the source command to capture the data |
| 0x012D004E | choose_shed_time | Choose the shed time |
| 0x012D004F | select_dv_catch_data | Select the data to catch |
| 0x012D0050 | choice_current_percent_range | Loop current;PV % rnge |
| 0x012D0051 | choice_dynamic_variables | PV;SV;TV;QV |
| 0x012D0052 | choice_device_variables | Slot 1;Slot 2;Slot 3;Slot 4 |
| 0x012D0053 | enable_catch_data_using_specified_device | Do you want to enable device variable %{0} to catch data from manufacturer %{1}, device type %{2}, device id %{3} using command %{4}? |
| 0x012D0054 | enable_catch_data_using_burst_device | Do you want to enable device variable %{0} to catch Burst data using command %{4}? |
| 0x012D0055 | disable_catch_data | Do you want to disable device variable %{0} from catching data? |
| 0x012E0001 | generic | Generic |
| 0x012E0003 | about_to_perform_limited_selftest | About to Perform Limited Selftest |
| 0x012E0004 | performing_selftest | Performing Selftest |
| 0x012F0039 | fld_dev_stat14_1 | Fld dev stat14-1 |
| 0x012F003A | fld_dev_stat14_2 | Fld dev stat14-2 |
| 0x012F003B | fld_dev_stat14_3 | Fld dev stat14-3 |
| 0x012F003C | fld_dev_stat14_4 | Fld dev stat14-4 |
| 0x012F003D | fld_dev_stat14_5 | Fld dev stat14-5 |
| 0x012F003F | fld_dev_stat14_7 | Fld dev stat14-7 |
| 0x012F0040 | fld_dev_stat14_8 | Fld dev stat14-8 |
| 0x012F0041 | fld_dev_stat1_1 | Fld dev stat1-1 |
| 0x012F0042 | fld_dev_stat1_2 | Fld dev stat1-2 |
| 0x012F0043 | fld_dev_stat1_3 | Fld dev stat1-3 |
| 0x012F0044 | fld_dev_stat1_4 | Fld dev stat1-4 |
| 0x012F0045 | fld_dev_stat1_5 | Fld dev stat1-5 |
| 0x012F0046 | fld_dev_stat1_6 | Fld dev stat1-6 |
| 0x012F0047 | fld_dev_stat1_7 | Fld dev stat1-7 |
| 0x012F0048 | fld_dev_stat1_8 | Fld dev stat1-8 |
| 0x012F0049 | fld_dev_stat2_1 | Fld dev stat2-1 |
| 0x012F004A | fld_dev_stat2_2 | Fld dev stat2-2 |
| 0x012F004B | fld_dev_stat2_3 | Fld dev stat2-3 |
| 0x012F004C | fld_dev_stat2_4 | Fld dev stat2-4 |
| 0x012F004D | fld_dev_stat2_5 | Fld dev stat2-5 |
| 0x012F004E | fld_dev_stat2_6 | Fld dev stat2-6 |
| 0x012F004F | fld_dev_stat2_7 | Fld dev stat2-7 |
| 0x012F0050 | fld_dev_stat2_8 | Fld dev stat2-8 |
| 0x012F0051 | fld_dev_stat3_1 | Fld dev stat3-1 |
| 0x012F0052 | fld_dev_stat3_2 | Fld dev stat3-2 |
| 0x012F0053 | fld_dev_stat3_3 | Fld dev stat3-3 |
| 0x012F0054 | fld_dev_stat3_4 | Fld dev stat3-4 |
| 0x012F0055 | fld_dev_stat3_5 | Fld dev stat3-5 |
| 0x012F0056 | fld_dev_stat3_6 | Fld dev stat3-6 |
| 0x012F0057 | fld_dev_stat3_7 | Fld dev stat3-7 |
| 0x012F0058 | fld_dev_stat3_8 | Fld dev stat3-8 |
| 0x012F0059 | fld_dev_stat4_1 | Fld dev stat4-1 |
| 0x012F005A | fld_dev_stat4_2 | Fld dev stat4-2 |
| 0x012F005B | fld_dev_stat4_3 | Fld dev stat4-3 |
| 0x012F005C | fld_dev_stat4_4 | Fld dev stat4-4 |
| 0x012F005D | fld_dev_stat4_5 | Fld dev stat4-5 |
| 0x012F005E | fld_dev_stat4_6 | Fld dev stat4-6 |
| 0x012F005F | fld_dev_stat4_7 | Fld dev stat4-7 |
| 0x012F0060 | fld_dev_stat4_8 | Fld dev stat4-8 |
| 0x012F0061 | fld_dev_stat5_1 | Fld dev stat5-1 |
| 0x012F0062 | fld_dev_stat5_2 | Fld dev stat5-2 |
| 0x012F0063 | fld_dev_stat5_3 | Fld dev stat5-3 |
| 0x012F0064 | fld_dev_stat5_4 | Fld dev stat5-4 |
| 0x012F0065 | fld_dev_stat5_5 | Fld dev stat5-5 |
| 0x012F0066 | fld_dev_stat5_6 | Fld dev stat5-6 |
| 0x012F0067 | fld_dev_stat5_7 | Fld dev stat5-7 |
| 0x012F0068 | fld_dev_stat5_8 | Fld dev stat5-8 |
| 0x012F0071 | fld_dev_stat15_1 | Fld dev stat15-1 |
| 0x012F0072 | fld_dev_stat15_2 | Fld dev stat15-2 |
| 0x012F0073 | fld_dev_stat15_3 | Fld dev stat15-3 |
| 0x012F0074 | fld_dev_stat15_4 | Fld dev stat15-4 |
| 0x012F0075 | fld_dev_stat15_5 | Fld dev stat15-5 |
| 0x012F0076 | fld_dev_stat15_6 | Fld dev stat15-6 |
| 0x012F0077 | fld_dev_stat15_7 | Fld dev stat15-7 |
| 0x012F0078 | fld_dev_stat15_8 | Fld dev stat15-8 |
| 0x012F0079 | fld_dev_stat16_1 | Fld dev stat16-1 |
| 0x012F007A | fld_dev_stat16_2 | Fld dev stat16-2 |
| 0x012F007B | fld_dev_stat16_3 | Fld dev stat16-3 |
| 0x012F007C | fld_dev_stat16_4 | Fld dev stat16-4 |
| 0x012F007D | fld_dev_stat16_5 | Fld dev stat16-5 |
| 0x012F007E | fld_dev_stat16_6 | Fld dev stat16-6 |
| 0x012F007F | fld_dev_stat16_7 | Fld dev stat16-7 |
| 0x012F0080 | fld_dev_stat16_8 | Fld dev stat16-8 |
| 0x012F0081 | fld_dev_stat17_1 | Fld dev stat17-1 |
| 0x012F0082 | fld_dev_stat17_2 | Fld dev stat17-2 |
| 0x012F0083 | fld_dev_stat17_3 | Fld dev stat17-3 |
| 0x012F0084 | fld_dev_stat17_4 | Fld dev stat17-4 |
| 0x012F0085 | fld_dev_stat17_5 | Fld dev stat17-5 |
| 0x012F0086 | fld_dev_stat17_6 | Fld dev stat17-6 |
| 0x012F0087 | fld_dev_stat17_7 | Fld dev stat17-7 |
| 0x012F0088 | fld_dev_stat17_8 | Fld dev stat17-8 |
| 0x012F0089 | fld_dev_stat18_1 | Fld dev stat18-1 |
| 0x012F008A | fld_dev_stat18_2 | Fld dev stat18-2 |
| 0x012F008B | fld_dev_stat18_3 | Fld dev stat18-3 |
| 0x012F008C | fld_dev_stat18_4 | Fld dev stat18-4 |
| 0x012F008D | fld_dev_stat18_5 | Fld dev stat18-5 |
| 0x012F008E | fld_dev_stat18_6 | Fld dev stat18-6 |
| 0x012F008F | fld_dev_stat18_7 | Fld dev stat18-7 |
| 0x012F0090 | fld_dev_stat18_8 | Fld dev stat18-8 |
| 0x012F0091 | fld_dev_stat19_1 | Fld dev stat19-1 |
| 0x012F0092 | fld_dev_stat19_2 | Fld dev stat19-2 |
| 0x012F0093 | fld_dev_stat19_3 | Fld dev stat19-3 |
| 0x012F0094 | fld_dev_stat19_4 | Fld dev stat19-4 |
| 0x012F0095 | fld_dev_stat19_5 | Fld dev stat19-5 |
| 0x012F0096 | fld_dev_stat19_6 | Fld dev stat19-6 |
| 0x012F0097 | fld_dev_stat19_7 | Fld dev stat19-7 |
| 0x012F0098 | fld_dev_stat19_8 | Fld dev stat19-8 |
| 0x012F0099 | fld_dev_stat20_1 | Fld dev stat20-1 |
| 0x012F009A | fld_dev_stat20_2 | Fld dev stat20-2 |
| 0x012F009B | fld_dev_stat20_3 | Fld dev stat20-3 |
| 0x012F009C | fld_dev_stat20_4 | Fld dev stat20-4 |
| 0x012F009D | fld_dev_stat20_5 | Fld dev stat20-5 |
| 0x012F009E | fld_dev_stat20_6 | Fld dev stat20-6 |
| 0x012F009F | fld_dev_stat20_7 | Fld dev stat20-7 |
| 0x012F00A0 | fld_dev_stat20_8 | Fld dev stat20-8 |
| 0x012F00A1 | fld_dev_stat21_1 | Fld dev stat21-1 |
| 0x012F00A2 | fld_dev_stat21_2 | Fld dev stat21-2 |
| 0x012F00A3 | fld_dev_stat21_3 | Fld dev stat21-3 |
| 0x012F00A4 | fld_dev_stat21_4 | Fld dev stat21-4 |
| 0x012F00A5 | fld_dev_stat21_5 | Fld dev stat21-5 |
| 0x012F00A6 | fld_dev_stat21_6 | Fld dev stat21-6 |
| 0x012F00A7 | fld_dev_stat21_7 | Fld dev stat21-7 |
| 0x012F00A8 | fld_dev_stat21_8 | Fld dev stat21-8 |
| 0x012F00A9 | fld_dev_stat22_1 | Fld dev stat22-1 |
| 0x012F00AA | fld_dev_stat22_2 | Fld dev stat22-2 |
| 0x012F00AB | fld_dev_stat22_3 | Fld dev stat22-3 |
| 0x012F00AC | fld_dev_stat22_4 | Fld dev stat22-4 |
| 0x012F00AD | fld_dev_stat22_5 | Fld dev stat22-5 |
| 0x012F00AE | fld_dev_stat22_6 | Fld dev stat22-6 |
| 0x012F00AF | fld_dev_stat22_7 | Fld dev stat22-7 |
| 0x012F00B0 | fld_dev_stat22_8 | Fld dev stat22-8 |
| 0x012F00B1 | fld_dev_stat23_1 | Fld dev stat23-1 |
| 0x012F00B2 | fld_dev_stat23_2 | Fld dev stat23-2 |
| 0x012F00B3 | fld_dev_stat23_3 | Fld dev stat23-3 |
| 0x012F00B4 | fld_dev_stat23_4 | Fld dev stat23-4 |
| 0x012F00B5 | fld_dev_stat23_5 | Fld dev stat23-5 |
| 0x012F00B6 | fld_dev_stat23_6 | Fld dev stat23-6 |
| 0x012F00B7 | fld_dev_stat23_7 | Fld dev stat23-7 |
| 0x012F00B8 | fld_dev_stat23_8 | Fld dev stat23-8 |
| 0x012F00B9 | fld_dev_stat24_1 | Fld dev stat24-1 |
| 0x012F00BA | fld_dev_stat24_2 | Fld dev stat24-2 |
| 0x012F00BB | fld_dev_stat24_3 | Fld dev stat24-3 |
| 0x012F00BC | fld_dev_stat24_4 | Fld dev stat24-4 |
| 0x012F00BD | fld_dev_stat24_5 | Fld dev stat24-5 |
| 0x012F00BE | fld_dev_stat24_6 | Fld dev stat24-6 |
| 0x012F00BF | fld_dev_stat24_7 | Fld dev stat24-7 |
| 0x012F00C0 | fld_dev_stat24_8 | Fld dev stat24-8 |
| 0x012F00F9 | fld_dev_stat0_1 | Fld dev stat0-1 |
| 0x012F00FA | fld_dev_stat0_2 | Fld dev stat0-2 |
| 0x012F00FB | fld_dev_stat0_3 | Fld dev stat0-3 |
| 0x012F00FC | fld_dev_stat0_4 | Fld dev stat0-4 |
| 0x012F00FD | fld_dev_stat0_5 | Fld dev stat0-5 |
| 0x012F00FE | fld_dev_stat0_6 | Fld dev stat0-6 |
| 0x012F00FF | fld_dev_stat0_7 | Fld dev stat0-7 |
| 0x012F0100 | fld_dev_stat0_8 | Fld dev stat0-8 |
| 0x01310001 | inches_of_water_68_degrees_F_help | Inches of Water at 68 Degrees Fahrenheit |
| 0x01310002 | inches_of_mercury_0_degrees_C_help | Inches of Mercury at 0 Degrees Celsius |
| 0x01310003 | feet_of_water_68_degrees_F_help | Feet of Water at 68 Degrees Fahrenheit |
| 0x01310004 | millimeters_of_water_68_degrees_F_help | Millimeters of Water at 68 Degrees Fahrenheit |
| 0x01310005 | millimeters_of_mercury_0_degrees_C_help | Millimeters of Mercury at 0 Degrees Celsius |
| 0x01310006 | pounds_per_square_inch_help | Pounds Per Square Inch |
| 0x01310007 | bars_help | Bars |
| 0x01310008 | millibars_help | Millibars |
| 0x01310009 | grams_per_square_centimeter_help | Grams Per Square Centimeter |
| 0x0131000A | kilograms_per_square_centimeter_help | Kilograms Per Square Centimeter |
| 0x0131000B | pascals_help | Pascals |
| 0x0131000C | kilopascals_help | Kilopascals |
| 0x0131000D | torr_help | Torr @ 0 Degrees Celsius |
| 0x0131000E | atmospheres_help | Atmospheres |
| 0x0131000F | cubic_feet_per_minute_help | Cubic Feet Per Minute |
| 0x01310010 | gallons_per_minute_help | Gallons Per Minute |
| 0x01310011 | liters_per_minute_help | Liters Per Minute |
| 0x01310012 | imperial_gallons_per_minute_help | Imperial Gallons Per Minute |
| 0x01310013 | cubic_feet_per_hour_help | Cubic Feet Per Hour |
| 0x01310014 | feet_per_second_help | Feet Per Second |
| 0x01310015 | meters_per_second_help | Meters Per Second |
| 0x01310016 | gallons_per_second_help | Gallons Per Second |
| 0x01310017 | million_gallons_per_day_help | Million Gallons Per Day |
| 0x01310018 | liters_per_second_help | Liters Per Second |
| 0x01310019 | million_liters_per_day_help | Million Liters Per Day |
| 0x0131001A | cubic_feet_per_second_help | Cubic Feet Per Second |
| 0x0131001B | cubic_feet_per_day_help | Cubic Feet Per Day |
| 0x0131001C | cubic_meters_per_second_help | Cubic Meters Per Second |
| 0x0131001D | cubic_meters_per_day_help | Cubic Meters Per Day |
| 0x0131001E | imperial_gallons_per_hour_help | Imperial Gallons Per Hour |
| 0x0131001F | imperial_gallons_per_day_help | Imperial Gallons Per Day |
| 0x01310020 | degrees_celsius_help | Degrees Celsius |
| 0x01310021 | degrees_fahrenheit_help | Degrees Fahrenheit |
| 0x01310022 | degrees_rankine_help | Degrees Rankine |
| 0x01310023 | degrees_kelvin_help | Degrees Kelvin |
| 0x01310024 | millivolts_help | Millivolts |
| 0x01310025 | ohms_help | Ohms |
| 0x01310026 | hertz_help | Hertz |
| 0x01310027 | milliamperes_help | Milliamperes |
| 0x01310028 | gallons_help | Gallons |
| 0x01310029 | liters_help | Liters |
| 0x0131002A | imperial_gallons_help | Imperial Gallons |
| 0x0131002B | cubic_meters_help | Cubic Meters |
| 0x0131002C | feet_help | Feet |
| 0x0131002D | meters_help | Meters |
| 0x0131002E | barrels_help | Barrels |
| 0x0131002F | inches_help | Inches |
| 0x01310030 | centimeters_help | Centimeters |
| 0x01310031 | millimeters_help | Millimeters |
| 0x01310032 | minutes_help | Minutes |
| 0x01310033 | seconds_help | Seconds |
| 0x01310034 | hours_help | Hours |
| 0x01310035 | days_help | Days |
| 0x01310036 | centistokes_help | Centistokes |
| 0x01310037 | centipoise_help | Centipoise |
| 0x01310038 | microsiemens_help | Microsiemens |
| 0x01310039 | percent_help | Percent |
| 0x0131003A | volts_help | Volts |
| 0x0131003B | pH_help | pH |
| 0x0131003C | grams_help | Grams |
| 0x0131003D | kilograms_help | Kilograms |
| 0x0131003E | metric_tons_help | Metric Tons |
| 0x0131003F | pounds_help | Pounds |
| 0x01310040 | short_tons_help | Short Tons (2000 Pounds) |
| 0x01310041 | long_tons_help | Long Tons (2240 Pounds) |
| 0x01310042 | grams_per_second_help | Grams Per Second |
| 0x01310043 | grams_per_minute_help | Grams Per Minute |
| 0x01310044 | grams_per_hour_help | Grams Per Hour |
| 0x01310045 | kilograms_per_second_help | Kilograms Per Second |
| 0x01310046 | kilograms_per_minute_help | Kilograms Per Minute |
| 0x01310047 | kilograms_per_hour_help | Kilograms Per Hour |
| 0x01310048 | kilograms_per_day_help | Kilograms Per Day |
| 0x01310049 | metric_tons_per_minute_help | Metric Tons Per Minute |
| 0x0131004A | metric_tons_per_hour_help | Metric Tons Per Hour |
| 0x0131004B | metric_tons_per_day_help | Metric Tons Per Day |
| 0x0131004C | pounds_per_second_help | Pounds Per Second |
| 0x0131004D | pounds_per_minute_help | Pounds Per Minute |
| 0x0131004E | pounds_per_hour_help | Pounds Per Hour |
| 0x0131004F | pounds_per_day_help | Pounds Per Day |
| 0x01310050 | short_tons_per_minute_help | Short Tons (2000 Pounds) Per Minute |
| 0x01310051 | short_tons_per_hour_help | Short Tons (2000 Pounds) Per Hour |
| 0x01310052 | short_tons_per_day_help | Short Tons (2000 Pounds) Per Day |
| 0x01310053 | long_tons_per_hour_help | Long Tons (2240 Pounds) Per Hour |
| 0x01310054 | long_tons_per_day_help | Long Tons (2240 Pounds) Per Day |
| 0x01310055 | specific_gravity_units_help | Specific Gravity Units |
| 0x01310056 | grams_per_cubic_centimeter_help | Grams Per Cubic Centimeter |
| 0x01310057 | kilograms_per_cubic_meter_help | Kilograms Per Cubic Meter |
| 0x01310058 | pounds_per_gallon_help | Pounds Per Gallon |
| 0x01310059 | pounds_per_cubic_foot_help | Pounds Per Cubic Foot |
| 0x0131005A | grams_per_milliliter_help | Grams Per Milliliter |
| 0x0131005B | kilograms_per_liter_help | Kilograms Per liter |
| 0x0131005C | grams_per_liter_help | Grams Per Liter |
| 0x0131005D | pounds_per_cubic_inch_help | Pounds Per Cubic Inch |
| 0x0131005E | short_tons_per_cubic_yard_help | Short Tons (2000 Pounds) Per Cubic Yard |
| 0x0131005F | degrees_twaddell_help | Degrees Twaddell |
| 0x01310060 | degrees_brix_help | Degrees Brix |
| 0x01310061 | degrees_baume_heavy_help | Degrees Baume - Heavy |
| 0x01310062 | degrees_baume_light_help | Degrees Baume - Light |
| 0x01310063 | degrees_API_help | Degrees API |
| 0x01310064 | percent_solids_per_weight_help | Percent Solids Per Weight |
| 0x01310065 | percent_solids_per_volume_help | Percent Solids Per Volume |
| 0x01310066 | degrees_balling_help | Degrees Balling |
| 0x01310067 | proof_per_volume_help | Proof Per Volume |
| 0x01310068 | proof_per_mass_help | Proof Per Mass |
| 0x01310069 | bushels_help | Bushels |
| 0x0131006A | cubic_yards_help | Cubic Yards |
| 0x0131006B | cubic_feet_help | Cubic Feet |
| 0x0131006C | cubic_inches_help | Cubic Inches |
| 0x0131006D | meters_per_hour_help | Meters Per Hour |
| 0x0131006E | cubic_meter_per_hour_help | Cubic Meter Per Hour |
| 0x0131006F | cubic_meters_per_minute_help | Cubic Meters Per Minute |
| 0x01310070 | barrels_per_second_help | Barrels Per Second |
| 0x01310071 | barrels_per_minute_help | Barrels Per Minute |
| 0x01310072 | barrels_per_hour_help | Barrels Per Hour |
| 0x01310073 | barrels_per_day_help | Barrels Per Day |
| 0x01310074 | gallons_per_hour_help | Gallons Per Hour |
| 0x01310075 | imperial_gallons_per_second_help | Imperial Gallons Per Second |
| 0x01310076 | liters_per_hour_help | Liters Per Hour |
| 0x01310077 | percent_steam_quality_help | Percent Steam Quality |
| 0x01310079 | cubic_feet_per_pound_help | Cubic Feet Per Pound |
| 0x0131007A | picofarads_help | Picofarads |
| 0x0131007B | percent_plato_help | Percent Plato |
| 0x0131007C | gallons_per_day_help | Gallons Per Day |
| 0x0131007D | hectoliters_help | Hectoliters |
| 0x0131007E | megapascals_help | Megapascals |
| 0x0131007F | inches_of_water_4_degrees_C_help | Inches of Water at 4 Degrees Celsius |
| 0x01310080 | millimeters_of_water_4_degrees_C_help | Millimeters of Water at 4 Degrees Celsius |
| 0x01310081 | carbon_steel_help | Carbon Steel |
| 0x01310082 | stainless_steel_304_help | 304 Stainless Steel |
| 0x01310083 | stainless_steel_316_help | 316 Stainless Steel |
| 0x01310084 | hastelloy_c_help | Hastelloy C |
| 0x01310085 | monel_help | Monel |
| 0x01310086 | tantalum_help | Tantalum |
| 0x01310087 | titanium_help | Titanium |
| 0x01310088 | platinum_iridium_help | Platinum-Iridium |
| 0x01310089 | alloy_20_help | Alloy 20 |
| 0x0131008A | cobalt_chromium_nickel_help | Cobalt-Chromium-Nickel |
| 0x0131008B | ptfe_teflon_help | PTFE(Teflon) |
| 0x0131008C | viton_help | Viton |
| 0x0131008D | buna_n_help | Buna-N |
| 0x0131008E | ethyl_prop_help | Ethyl-Prop |
| 0x0131008F | urethane_help | Urethane |
| 0x01310091 | tefzel_help | Tefzel |
| 0x01310092 | ryton_help | Ryton |
| 0x01310093 | ceramic_help | Ceramic |
| 0x01310094 | stainless_steel_316l_help | 316L Stainless Steel |
| 0x01310095 | pvc_help | PVC |
| 0x01310096 | nitrile_rubber_help | Nitrile Rubber |
| 0x01310097 | kalrez_help | Kalrez |
| 0x01310098 | inconel_help | Inconel |
| 0x01310099 | kynar_help | Kynar |
| 0x0131009A | aluminum_help | Aluminum |
| 0x0131009B | nickel_help | Nickel |
| 0x0131009C | hastelloy_c_276_help | Hastelloy C 276 |
| 0x0131009D | monel_400_help | Monel 400 |
| 0x0131009E | linear_help | Linear |
| 0x0131009F | square_root_help | Square root |
| 0x013100A0 | square_root_third_power_help | Square Root to the Third Power |
| 0x013100A1 | square_root_fifth_power_help | Square Root to the Fifth Power |
| 0x013100A2 | special_curve_help | Special curve |
| 0x013100A3 | square_root_plus_special_curve_help | Square Root Plus Special Curve |
| 0x013100A4 | square_root_third_power_plus_special_curve_help | Square Root to the Third Power Plus Special Curve |
| 0x013100A5 | square_root_fifth_power_plus_special_curve_help | Square Root to the Fifth Power Plus Special Curve |
| 0x013100A6 | high_help | High |
| 0x013100A7 | low_help | Low |
| 0x013100A8 | hold_last_output_value_help | Hold Last Output Value |
| 0x013100AD | bbl_liq_help | Liquid barrel |
| 0x013100AE | ounce_help | Ounce of weight, on Earth (Avoirdupois) |
| 0x013100AF | foot_pound_force_help | Foot pound force |
| 0x013100B0 | kilo_watt_help | Kilo watts |
| 0x013100B1 | kilo_watt_hour_help | Kilo watt hours |
| 0x013100B2 | horsepower_help | UK Horsepower (550 ft lbf/s) |
| 0x013100B3 | mega_calorie_help | Mega calories |
| 0x013100B4 | mega_joule_help | Mega Joules |
| 0x013100B5 | british_thermal_unit_help | British thermal unit |
| 0x013100B6 | normal_cubic_meter_help | Normal cubic meter (at 273.15 degrees Kelvin, 101.325 kilopascals) |
| 0x013100B7 | normal_liter_help | Normal liters (at 273.15 degrees Kelvin, 101.325 kilopascals) |
| 0x013100B8 | standard_cubic_feet_help | Cubic feet (at 32 degrees Fahrenheit, 1 Atmosphere) |
| 0x013100B9 | mega_calorie_per_hour_help | Mega calories per hour |
| 0x013100BA | mega_joule_per_hour_help | Mega Joules per hour |
| 0x013100BB | british_thermal_unit_per_hour_help | British thermal unit per hour |
| 0x013100BC | normal_cubic_meter_per_hour_help | Normal cubic meters (at 273.15 degrees Kelvin, 101.325 kilopascals) per hour |
| 0x013100BD | normal_liter_per_hour_help | Normal liters (at 273.15 degrees Kelvin, 101.325 kilo pascals)per hour |
| 0x013100BE | standard_cubic_feet_per_minute_help | Cubic feet (at 32 degrees Fahrenheit, 1 Atmosphere) per minute |
| 0x013100BF | deka_therm_help | Deka therm. |
| 0x013100C0 | parts_per_million_help | Parts per million |
| 0x013100C1 | fep_help | Perfluoraethylenpropylene |
| 0x013100C2 | stainless_steel_316_ti_help | 316 Stainless steel Ti, 16-18% Chromium, 10-14% Nickel, 2-3% Molybdan |
| 0x013100C3 | rs_232_help | Standards designation |
| 0x013100C4 | gold_monel_help | Gold monel alloy |
| 0x013100C5 | milli_siemens_per_centimeter_help | milli siemens per centimeter |
| 0x013100C6 | kohms_help | Kilo ohms |
| 0x013100C7 | klinger_c4401_help | 4401- Material that may be referenced by Klinger compound No. C4401 |
| 0x013100C8 | thermotork_help | Thermotork- Material trademarked by Armstrong World Industries Inc. |
| 0x013100C9 | grafoil_help | Grafoil- Material trademarked by Union Carbide |
| 0x013100CA | ptfe_coated_316l_sst_help | Poly Tetra Fluoro Ethylene coated 316L Stainless steel- Material, PTFE is also known by the trademark name Teflon |
| 0x013100CB | gold_plated_hastelloy_c276_help | Gold plated Hastelloy C276- Material |
| 0x013100CC | ptfe_graphite_help | Poly Tetra Fluoro Ethylene Graphite- Material, Graphite filled PTFE, PTFE is also known by the trademark name Teflon |
| 0x013100CD | ptfe_glass_help | Poly Tetra Fluoro Ethylene Glass- Material, Glass filled PTFE, PTFE is also known by the trademark name Teflon |
| 0x013100CE | micro_siemens_per_centimeter_help | Micro siemens per centimeter |
| 0x013100CF | newton_help | Newton- Unit of force |
| 0x013100D0 | newton_meter_help | Newton meter- Unit for torque |
| 0x013100D1 | inches_per_second_help | Inches per Second- Unit for speed |
| 0x013100D2 | inches_per_minute_help | Inches per minute- Unit for speed |
| 0x013100D3 | feet_per_minute_help | Feet per Minute- Unit for speed |
| 0x013100D4 | degrees_per_second_help | Degrees per Second- Unit for angular frequency |
| 0x013100D5 | revolutions_per_minute_help | Revolutions per Minute- Unit for rotation |
| 0x013100D6 | degrees_help | Degrees- Unit of angular measurement |
| 0x013100D7 | revolutions_per_second_help | Revolutions per Second- Unit for rotation |
| 0x013100D8 | square_help | Square |
| 0x013100D9 | PTFE_hastelloy_help | Poly Tetra Fluoro Ethylene/Hastelloy- Type of O-Ring material, known as Turcon Variseal H. |
| 0x013100DA | stainless_steel_CF_8M_help | Stainless Steel CF-8M |
| 0x013100DB | hastelloy_sst_help | Hastelloy C/Stainless Steel |
| 0x013100DC | gold_plated_sst_help | Gold Plated Stainless Steel |
| 0x013100DD | radian_help | Radian- Unit of angular measurement |
| 0x013100DE | inches_of_water_60_degrees_F_help | Inches of Water at 60 Degrees Fahrenheit |
| 0x013100DF | ug_l_help | Micrograms per Liter |
| 0x013100E0 | ug_m3_help | Micrograms per Cubic Meter |
| 0x013100E1 | percent_consistency_help | Percent Consistency |
| 0x013100E2 | volume_percent_help | Volume Percent |
| 0x013100E3 | ml_l_help | Mililiters per Liter |
| 0x013100E4 | ul_l_help | Microliters per Liter |
| 0x013100E5 | percent_lel_help | Percent Lower Explosion Level |
| 0x013100E6 | ppb_help | Parts per Billion |
| 0x013100E7 | discrete_switch_help | Discrete (Switch)- binary on/off |
| 0x013100E8 | aflas_help | Aflas |
| 0x013100E9 | centimeters_of_water_4_degrees_C_help | Centimeters of water at 4 degrees C |
| 0x013100EA | meters_of_water_4_degrees_C_help | Meters of water at 4 degrees C |
| 0x013100EB | centimeters_of_mercury_0_degrees_C_help | Centimeters of mercury at 0 degrees C |
| 0x013100EC | pounds_square_foot_help | Pounds per square foot |
| 0x013100ED | hPa_help | HectoPascal |
| 0x013100EE | pounds_square_inch_absolute_help | Pounds per square inch absolute |
| 0x013100EF | kilograms_per_square_meter_help | Kilograms per square meter |
| 0x013100F0 | feet_of_water_4_degrees_C_help | Feet of water at 4 degrees C |
| 0x013100F1 | feet_of_water_60_degrees_F_help | Feet of water at 60 degrees F |
| 0x013100F2 | meters_of_mercury_0_degrees_C_help | Meters of mercury at 0 degrees C |
| 0x013100F5 | beer_bbl_help | Beer Barrel (31 US gallons) |
| 0x013100F6 | standard_liter_help | Standard Liters (at 20 degrees Celsius, 1 Atmosphere) |
| 0x013100F7 | standard_cubic_meter_help | Standard Cubic Meter (at 20 degrees Celsius, 1 Atmosphere) |
| 0x013100F8 | beer_barrels_per_second_help | Beer Barrels (31 US gallons) Per Second |
| 0x013100F9 | beer_barrels_per_minute_help | Beer Barrels (31 US gallons) Per Minute |
| 0x013100FA | beer_barrels_per_hour_help | Beer Barrels (31 US gallons) Per Hour |
| 0x013100FB | beer_barrels_per_day_help | Beer Barrels (31 US gallons) Per Day |
| 0x013100FC | normal_liter_per_day_help | Normal Liters (at 273.15 degrees Kelvin, 101.325 kilo pascals) Per Day |
| 0x013100FD | normal_liter_per_minute_help | Normal Liters (at 273.15 degrees Kelvin, 101.325 kilo pascals) Per Minute |
| 0x013100FE | normal_liter_per_second_help | Normal Liters (at 273.15 degrees Kelvin, 101.325 kilo pascals) Per Second |
| 0x013100FF | standard_liter_per_day_help | Standard Liters (at 20 degrees Celsius, 1 Atmosphere) Per Day |
| 0x01310100 | standard_liter_per_hour_help | Standard Liters (at 20 degrees Celsius, 1 Atmosphere) Per Hour |
| 0x01310101 | standard_liter_per_minute_help | Standard Liters (at 20 degrees Celsius, 1 Atmosphere) Per Minute |
| 0x01310102 | standard_liter_per_second_help | Standard Liters (at 20 degrees Celsius, 1 Atmosphere) Per Second |
| 0x01310103 | normal_cubic_meter_per_day_help | Normal Cubic Meters (at 273.15 degrees Kelvin, 101.325 kilopascals) Per Day |
| 0x01310104 | normal_cubic_meter_per_minute_help | Normal Cubic Meters (at 273.15 degrees Kelvin, 101.325 kilopascals) Per Minute |
| 0x01310105 | normal_cubic_meter_per_second_help | Normal Cubic Meters (at 273.15 degrees Kelvin, 101.325 kilopascals) Per Second |
| 0x01310106 | standard_cubic_feet_per_day_help | Cubic Feet (at 32 degrees Fahrenheit, 1 Atmosphere) Per Day |
| 0x01310107 | standard_cubic_feet_per_hour_help | Cubic Feet (at 32 degrees Fahrenheit, 1 Atmosphere) Per Hour |
| 0x01310108 | standard_cubic_feet_per_second_help | Cubic Feet (at 32 degrees Fahrenheit, 1 Atmosphere) Per Second |
| 0x01310109 | standard_cubic_meter_per_day_help | Standard Cubic Meters (at 20 degrees Celsius, 1 Atmosphere) Per Day |
| 0x0131010A | standard_cubic_meter_per_hour_help | Standard Cubic Meters (at 20 degrees Celsius, 1 Atmosphere) Per Hour |
| 0x0131010B | standard_cubic_meter_per_minute_help | Standard Cubic Meters (at 20 degrees Celsius, 1 Atmosphere) Per Minute |
| 0x0131010C | standard_cubic_meter_per_second_help | Standard Cubic Meters (at 20 degrees Celsius, 1 Atmosphere) Per Second |
| 0x0131010D | mg_l_help | Milligrams per Liter |
| 0x0131010E | mega_ohm_help | Mega Ohm |
| 0x0131010F | ohm_centimeter_help | Ohm Centimeter |
| 0x01310110 | kilo_ohm_centimeter_help | Kilo Ohm Centimeter |
| 0x01310111 | mega_ohm_centimeter_help | Mega Ohm Centimeter |
| 0x01310112 | ppth_help | Parts per Thousand |
| 0x01310113 | g_help | g- Gravitational Acceleration |
| 0x01310114 | feet_per_square_second_help | Feet Per Square Second |
| 0x01310115 | meters_per_square_second_help | Meters Per Square Second |
| 0x01900003 | default_label | No Label Available |
| 0x0190000D | reserved | Reserved |
| 0x01910001 | hart_block_label | |
| 0x01920000 | disabled_loop_current_mode | Disabled |
| 0x01920001 | enabled_loop_current_mode | Enabled |
| 0x01930000 | maintenance_required | Maintenance required |
| 0x01930001 | device_variable_alert | Device variable alert |
| 0x01940000 | unlock | Unlock |
| 0x01940001 | temporary_lock | Temporary lock |
| 0x01940002 | permanent_lock | Permanent lock |
| 0x01950000 | normal_device_variable | Normal |
| 0x01950001 | fix_value | Fixed value |
| 0x01960000 | temperature_family | Temperature |
| 0x01960001 | pressure_family | Pressure |
| 0x01960002 | actuator_family | Valve Actuator |
| 0x01960003 | simple_pid_family | Simple PID |
| 0x01960004 | ph_family | pH |
| 0x01960005 | conductivity_family | Conductivity |
| 0x01960006 | totalizer_family | Totalizer |
| 0x01960007 | level_family | Level |
| 0x01960008 | vortex_flow_family | Vortex flow |
| 0x01960009 | mag_flow_family | Mag flow |
| 0x0196000A | coriolis_flow_family | Coriolis flow |
| 0x01970000 | device_variable_not_classified | Device variable not classified |
| 0x01970001 | temperature_classification | Temperature |
| 0x01970002 | pressure_classification | Pressure |
| 0x01970003 | volumetric_flow_classification | Volumetric flow |
| 0x01970004 | velocity_classification | Velocity |
| 0x01970005 | volume_classification | Volume |
| 0x01970006 | length_classification | Length |
| 0x01970007 | time_classification | Time |
| 0x01970008 | mass_classification | Mass |
| 0x01970009 | mass_flow_classification | Mass flow |
| 0x0197000A | mass_per_volume_classification | Mass per volume |
| 0x0197000B | viscosity_classification | Viscosity |
| 0x0197000C | angular_velocity_classification | Angular velocity |
| 0x0197000D | area_classification | Area |
| 0x0197000E | energy_work_classification | Energy (work) |
| 0x0197000F | force_classification | Force |
| 0x01970010 | power_classification | Power |
| 0x01970011 | frequency_classification | Frequency |
| 0x01970012 | analytical_classification | Analytical |
| 0x01970013 | capacitance_classification | Capacitance |
| 0x01970014 | emf_classification | Emf |
| 0x01970015 | current_classification | Current |
| 0x01970016 | resistance_classification | Resistance |
| 0x01970017 | angle_classification | Angle |
| 0x01970018 | conductance_classification | Conductance |
| 0x01970019 | volume_per_volume_classification | Volume per volume |
| 0x0197001A | volume_per_mass_classification | Volume per mass |
| 0x0197001B | concentration_classification | Concentration |
| 0x0197001C | valve_actuator_classification | Valve actuator |
| 0x0197001D | level_classification | Level |
| 0x0197001E | vortex_flow_classification | Vortex flow |
| 0x0197001F | mag_flow_classification | Mag flow |
| 0x01970020 | coriolis_flow_classification | Coriolis flow |
| 0x01970021 | acceleration_classification | Acceleration |
| 0x01980000 | lower_trim_point_supported | Lower trim point supported |
| 0x01980001 | upper_trim_point_supported | Upper trim point supported |
| 0x01980002 | lower_and_upper_trim_point_supported | Lower and Upper trim point supported |
| 0x01990000 | disabled_capture | Disabled |
| 0x01990001 | enabled_capture_from_specified_field_device | Enabled - Capture from specified field device |
| 0x01990002 | enabled_capture_from_back_messages | Enabled - Capture from burst messages |
| 0x019A0000 | asynchronous_fsk | Asynchronous (FSK) |
| 0x019A0001 | synchronous_psk | Synchronous (PSK) |
| 0x019B0000 | device_is_locked | Device is locked |
| 0x019B0001 | lock_is_permanent | Lock is permanent |
| 0x019B0002 | locked_by_primary_master | Locked by primary master |
| 0x019D0000 | bad | Bad |
| 0x019D0001 | manual_fixed | Manual / Fixed |
| 0x019D0002 | poor_accuracy | Poor accuracy |
| 0x019D0003 | good | Good |
| 0x019E0000 | not_limited | Not limited |
| 0x019E0001 | low_limited | Low limited |
| 0x019E0002 | high_limited | High limited |
| 0x019E0003 | constant | Constant |
| 0x019F0000 | more_device_family_status_available | More device family status available |
| 0x332C0000 | mmi_pressure_label | Pressure |
| 0x332C0022 | mmi_sv_ao_cutoff_label | SV AO cutoff |
| 0x332C002B | mmi_ref_temp_label | Ref temperature |
| 0x332C002C | mmi_k1_label | K1 |
| 0x332C002D | mmi_k2_label | K2 |
| 0x332C0039 | mmi_pulses_unit_label | Pulses/Unit |
| 0x332C003A | mmi_units_pulse_label | Units/Pulse |
| 0x332C003D | mmi_freq_flow_label | Freq=Flow |
| 0x332C003E | mmi_dens_tgco_label | DTG |
| 0x332C003F | mmi_dens_fqco1_label | DFQ1 |
| 0x332C0040 | mmi_dens_fqco2_label | DFQ2 |
| 0x332C0041 | mmi_flow_tgco_label | FTG |
| 0x332C0042 | mmi_flow_fqco_label | FFQ |
| 0x332C0046 | mmi_value_label | Value |
| 0x332C0064 | mmi_fo_fault_setup_label | FO Fault Setup |
| 0x332C006C | mmi_pres_comp_label | Pressure Comp. |
| 0x332C006E | mmi_dt_label | DT |
| 0x332C0072 | mmi_tube_freq_var_label | Tube Frequency |
| 0x332C0073 | mmi_drive_gain_var_label | Drive Gain |
| 0x332C0075 | mmi_board_temp_var_label | Board Temperature |
| 0x332C0076 | mmi_input_voltage_var_label | Input Voltage |
| 0x332C0077 | mmi_abs_val_label | Absolute Value |
| 0x332C007E | mmi_polling_labl_2 | Poll Control 2 |
| 0x332C0081 | mmi_poll_type_label | Polling Type |
| 0x332C0082 | mmi_iso_brd_label | IS Output |
| 0x332C0084 | mmi_do_assign_label | DO is |
| 0x332C0085 | mmi_do_index_label | DO index |
| 0x332C0086 | mmi_chana_assign_label | Channel A |
| 0x332C0087 | mmi_chanb_assign_label | Channel B |
| 0x332C0090 | mmi_drive_value_unit | Drive unit |
| 0x332C0091 | mmi_do1_setup_label | DO1 Setup |
| 0x332C0094 | mmi_ext_temperature_label | External Temperature |
| 0x332C00AA | mmi_di_assign_label | DI is |
| 0x332C00AB | mmi_di_index_label | DI index |
| 0x332C00AC | mmi_di1_setup_label | DI1 Setup |
| 0x332C00B2 | mmi_external_label | External |
| 0x332C00B3 | mmi_internal_label | Internal |
| 0x332C00B5 | mmi_do1_assign_label | DO 1 is |
| 0x332C00B8 | mmi_active_high_label | Active High |
| 0x332C00B9 | mmi_active_low_label | Active Low |
| 0x332C00BF | mmi_extern_temp_label | Ext Temp |
| 0x332C00C0 | mmi_cfg_brd_label | Config I/O |
| 0x332C00C2 | mmi_fwd_rev | Forward/Reverse |
| 0x332C00CA | mmi_pc1_label | Discrete Event 1 |
| 0x332C00CB | mmi_pc2_label | Discrete Event 2 |
| 0x332C00CC | mmi_pc3_label | Discrete Event 3 |
| 0x332C00CD | mmi_pc4_label | Discrete Event 4 |
| 0x332C00CE | mmi_pc5_label | Discrete Event 5 |
| 0x332C00CF | mmi_pc_num_label | Discrete Event num |
| 0x332C00D0 | mmi_pc_setpointA_label | Setpoint A |
| 0x332C00D1 | mmi_pc_setpointB_label | Setpoint B |
| 0x332C00EF | mmi_2500_cfg_brd_label | 2500 Config I/O |
| 0x332C00F0 | mmi_3500_brd_label | 3000 |
| 0x332C00F3 | mmi_discrete_assign_code_label | Discrete Assignment |
| 0x332C00F4 | mmi_choose_discrete_action | Choose Action: |
| 0x332C00F6 | mmi_choose_discrete_assignment | Choose Discrete: |
| 0x332C00FC | mmi_di_1_polarity_label | DI 1 Polarity |
| 0x332C0104 | mmi_start_sensor_zero_label | Start Sensor Zero |
| 0x332C0105 | mmi_start_stop_totals_label | Start/Stop Totals |
| 0x332C010A | mmi_neg_forward_only_label | Negate/Forward Only |
| 0x332C010B | mmi_neg_bidir_label | Negate/Bi-Directional |
| 0x332C0110 | mmi_modbus_address_label | Modbus Address |
| 0x332C011C | mmi_feature_key_label | Features |
| 0x332C012E | mmi_do_1_polarity_label | DO 1 Polarity |
| 0x332C0131 | micro_motion_code_2400_label | 2400S Analog |
| 0x332C0132 | mmi_class_label | Class |
| 0x332C0133 | mmi_Family_label | Family |
| 0x332C0134 | mmi_pdq_label | Process Data Quality |
| 0x332C0135 | mmi_ls_label | Limit Status |
| 0x332C0136 | mmi_dfs_label | Device Family Status |
| 0x332C0137 | mmi_ao1cut_label | AO1 Cutoff |
| 0x332C0138 | mmi_input_Voltage | Input Voltage |
| 0x332C013C | mmi_live_Zero_label | Live Zero |
| 0x332C013D | mmi_faultcode_label | fault code |
| 0x332C013E | mmi_faultlevel_label | fault level |
| 0x332C013F | di_fault_setup_label | DI Fault Setup |
| 0x332C0140 | do_fault_setup_label | DO Fault Setup |
| 0x332C0141 | mmi_Actual_Target_Amplitude_label | Act Target Amplitude |
| 0x332C0142 | mmi_Average_sensor_temp_label | Avg Sensor Temp |
| 0x332C0143 | mmi_Minimum_sensor_temp_label | Min Sensor Temp |
| 0x332C0144 | mmi_Maximum_sensor_temp_label | Max Sensor Temp |
| 0x332C0145 | mmi_Average_electronics_temp_label | Avg Elect Temp |
| 0x332C0146 | mmi_Minimum_electronics_temp_label | Min Elect Temp |
| 0x332C014A | mmi_Power_cycle_count_label | Power cycle count |
| 0x332C014D | mmi_do_1_FaultIndication_label | DO Fault Indication |
| 0x332C014E | modbus_Mode_label | Modbus Mode |
| 0x332C0150 | Alarm_Status_label | Alarm Status |
| 0x332C0151 | varCount_label | Count |
| 0x332C0152 | Last_Posted | Last Posted |
| 0x332C0153 | Last_Cleared | Last Cleared |
| 0x332C0154 | varMODBUS_Data_Type_Code_label | Modbus Data Type Code |
| 0x332C0156 | varCoil_Number_label | Coil Number or Starting Register Address |
| 0x332C0157 | varCoil_Value_label | Coil Value |
| 0x332C0158 | varEnable_TBR_label | Enable TBR |
| 0x332C0159 | varTBR_Threshold_label | TBR Threshold |
| 0x332C015A | varTBR_Timeout_label | TBR Timeout |
| 0x332C015B | varTBR_Last_Measured_Value_label | TBR Last Measured Value Sample Position |
| 0x332C0174 | varDiagnostic_Action_Code_LABEL | Diagnostic Action |
| 0x332C0176 | Status_Change_LABEL | Status Change |
| 0x332C0177 | Timestamp_of_status_change_LABEL | Timestamp of status change |
| 0x332C0178 | gas_vol_flow_digital_units_LABEL | Gas Vol flo unit |
| 0x332C0179 | gas_vol_flow_digital_cutoff_LABEL | Gas Vol flo Cutoff |
| 0x332C017B | gas_std_vtot_digital_units_LABEL | Gas Vol flo tot inv unit |
| 0x332C017C | live_zero_digital_units_LABEL | Live Zero unit |
| 0x332C017D | live_zero_digital_value_LABEL | Live Zero |
| 0x332C017E | input_volt_digital_units_LABEL | Input voltage unit |
| 0x332C0180 | Alarm_Log_0___label | Alarm Log 0 |
| 0x332C0181 | Alarm_Log_1___label | Alarm Log 1 |
| 0x332C0182 | Alarm_Log_2___label | Alarm Log 2 |
| 0x332C0183 | Alarm_Log_3___label | Alarm Log 3 |
| 0x332C0184 | Alarm_Log_4___label | Alarm Log 4 |
| 0x332C0185 | Alarm_Log_5___label | Alarm Log 5 |
| 0x332C0186 | Alarm_Log_6___label | Alarm Log 6 |
| 0x332C0187 | Alarm_Log_7___label | Alarm Log 7 |
| 0x332C0188 | Alarm_Log_8___label | Alarm Log 8 |
| 0x332C0189 | Alarm_Log_9___label | Alarm Log 9 |
| 0x332C018A | Alarm_Log_10__label | Alarm Log 10 |
| 0x332C018B | Alarm_Log_11__label | Alarm Log 11 |
| 0x332C018C | Alarm_Log_12__label | Alarm Log 12 |
| 0x332C018D | Alarm_Log_13__label | Alarm Log 13 |
| 0x332C018E | Alarm_Log_14__label | Alarm Log 14 |
| 0x332C018F | Alarm_Log_15__label | Alarm Log 15 |
| 0x332C0190 | Alarm_Log_16__label | Alarm Log 16 |
| 0x332C0191 | Alarm_Log_17__label | Alarm Log 17 |
| 0x332C0192 | Alarm_Log_18__label | Alarm Log 18 |
| 0x332C0193 | Alarm_Log_19__label | Alarm Log 19 |
| 0x332C0194 | Alarm_Log_20__label | Alarm Log 20 |
| 0x332C0195 | Alarm_Log_21__label | Alarm Log 21 |
| 0x332C0196 | Alarm_Log_22__label | Alarm Log 22 |
| 0x332C0197 | Alarm_Log_23__label | Alarm Log 23 |
| 0x332C0198 | Alarm_Log_24__label | Alarm Log 24 |
| 0x332C0199 | Alarm_Log_25__label | Alarm Log 25 |
| 0x332C019A | Alarm_Log_26__label | Alarm Log 26 |
| 0x332C019B | Alarm_Log_27__label | Alarm Log 27 |
| 0x332C019C | Alarm_Log_28__label | Alarm Log 28 |
| 0x332C019D | Alarm_Log_29__label | Alarm Log 29 |
| 0x332C019E | Alarm_Log_30__label | Alarm Log 30 |
| 0x332C019F | Alarm_Log_31__label | Alarm Log 31 |
| 0x332C01A0 | Alarm_Log_32__label | Alarm Log 32 |
| 0x332C01A1 | Alarm_Log_33__label | Alarm Log 33 |
| 0x332C01A2 | Alarm_Log_34__label | Alarm Log 34 |
| 0x332C01A3 | Alarm_Log_35__label | Alarm Log 35 |
| 0x332C01A4 | Alarm_Log_36__label | Alarm Log 36 |
| 0x332C01A5 | Alarm_Log_37__label | Alarm Log 37 |
| 0x332C01A6 | Alarm_Log_38__label | Alarm Log 38 |
| 0x332C01A7 | Alarm_Log_39__label | Alarm Log 39 |
| 0x332C01A8 | Alarm_Log_40__label | Alarm Log 40 |
| 0x332C01A9 | Alarm_Log_41__label | Alarm Log 41 |
| 0x332C01AA | Alarm_Log_42__label | Alarm Log 42 |
| 0x332C01AB | Alarm_Log_43__label | Alarm Log 43 |
| 0x332C01AC | Alarm_Log_44__label | Alarm Log 44 |
| 0x332C01AD | Alarm_Log_45__label | Alarm Log 45 |
| 0x332C01AE | Alarm_Log_46__label | Alarm Log 46 |
| 0x332C01AF | Alarm_Log_47__label | Alarm Log 47 |
| 0x332C01B0 | Alarm_Log_48__label | Alarm Log 48 |
| 0x332C01B1 | Alarm_Log_49__label | Alarm Log 49 |
| 0x332C01DC | Word_420_LABEL | Status Word 420 |
| 0x332C01DD | Word_419_LABEL | Status Word 419 |
| 0x332C01DE | Word_422_LABEL | Status Word 422 |
| 0x332C01DF | Word_421_LABEL | Status Word 421 |
| 0x332C01E0 | Word_424_LABEL | Status Word 424 |
| 0x332C01E1 | Word_423_LABEL | Status Word 423 |
| 0x332C01E2 | Word_433_LABEL | Status Word 433 |
| 0x332C01E3 | Word_434_LABEL | Status Word 434 |
| 0x332C01E5 | mmi_polling_labl | Poll Control |
| 0x332C01E6 | mmi_read_chan_setup_label | View Channel Setup |
| 0x332C01E7 | word_419_desc_label | Reads Modbus register no. 419 |
| 0x332C01E8 | word_420_desc_label | Reads Modbus register no. 420 |
| 0x332C01E9 | word_421_desc_label | Reads Modbus register no. 421 |
| 0x332C01EA | word_422_desc_label | Reads Modbus register no. 422 |
| 0x332C01EB | word_423_desc_label | Reads Modbus register no. 423 |
| 0x332C01EC | word_424_desc_label | Reads Modbus register no. 424 |
| 0x332C01ED | word_433_desc_label | Reads Modbus register no. 433 |
| 0x332C01EE | word_434_desc_label | Reads Modbus register no. 434 |
| 0x332C01F9 | mmi_current_algorithm_state_abort_label | Current Algorithm State |
| 0x332C01FA | mmi_validation_counter_label | Validation counter |
| 0x332C01FB | mmi_LPO_stiffness_out_of_limits_label | LPO stiffness out of limits |
| 0x332C01FC | mmi_RPO_stiffness_out_of_limits_label | RPO stiffness out of limits |
| 0x332C01FD | mmi_current_LPO_stiffness_mean_label | Current LPO stiffness (Mean) |
| 0x332C01FE | mmi_current_RPO_stiffness_mean_label | Current RPO stiffness (Mean) |
| 0x332C01FF | mmi_algorithm_progress_label | Algorithm progress |
| 0x332C0209 | mmi_current_damping_mean_label | Current Damping (Mean) |
| 0x332C020A | mmi_current_LPO_mass_mean_label | Current LPO Mass (Mean) |
| 0x332C020B | mmi_current_RPO_mass_mean_label | Current RPO Mass (Mean) |
| 0x332C020C | mmi_current_LPO_stiffness_std_dev_label | Current LPO Stiffness (Std Dev) |
| 0x332C020D | mmi_current_RPO_stiffness_std_dev_label | Current RPO Stiffness (Std Dev) |
| 0x332C020E | mmi_current_damping_std_dev_label | Current Damping (Std Dev) |
| 0x332C020F | mmi_current_LPO_mass_std_dev_label | Current LPO Mass (Std Dev) |
| 0x332C0210 | mmi_current_RPO_mass_std_dev_label | Current RPO Mass (Std Dev) |
| 0x332C0211 | mmi_LPO_stiffness_fact_cali_air_mean_label | LPO Stiffness (Mean), Fact. Calib of Air |
| 0x332C0212 | mmi_RPO_stiffness_fact_cali_air_mean_label | RPO Stiffness (Mean), Fact. Calib of Air |
| 0x332C0213 | mmi_damping_fact_cali_air_mean_label | Damping (Mean), Fact. Calib of Air |
| 0x332C0214 | mmi_LPO_mass_fact_cali_air_mean_label | LPO Mass, Fact. Calib of Air |
| 0x332C0215 | mmi_RPO_mass_fact_cali_air_mean_label | RPO Mass, Fact. Calib of Air |
| 0x332C0216 | mmi_LPO_stiffness_fact_cali_water_mean_label | LPO Stiffness (Mean), Fact. Calib of Water |
| 0x332C0217 | mmi_RPO_stiffness_fact_cali_water_mean_label | RPO Stiffness (Mean), Fact. Calib of Water |
| 0x332C0218 | mmi_damping_fact_cali_water_mean_label | Damping (Mean), Fact. Calib of Water |
| 0x332C0219 | mmi_LPO_mass_fact_cali_water_mean_label | LPO Mass, Fact. Calib of Water |
| 0x332C021A | mmi_RPO_mass_fact_cali_water_mean_label | RPO Mass, Fact. Calib of Water |
| 0x332C0224 | mmi_modbus_data_label | Modbus Data |
| 0x332C0227 | mmi_clock_hours_label | Hours |
| 0x332C022F | mmi_fact_cali_air_means | Factory Cal of Air Means |
| 0x332C0230 | mmi_fact_cali_water_means | Factory Cal of Water Means |
| 0x332C0231 | mmi_running_avg_data | Running Average Data |
| 0x332C0232 | mmi_std_error_estimate | Standard Error of Estimate |
| 0x332C0233 | mmi_dataset_LPO_stiffness_label | Dataset LPO Stiffness |
| 0x332C0234 | mmi_dataset_RPO_stiffness_label | Dataset RPO Stiffness |
| 0x332C0235 | mmi_dataset_damping_label | Dataset damping |
| 0x332C0236 | mmi_dataset_LPO_mass_label | Dataset LPO Mass |
| 0x332C0237 | mmi_dataset_RPO_mass_label | Dataset RPO Mass |
| 0x332C0238 | mmi_dataset_out_of_range | Dataset Out of Range |
| 0x332C0240 | mmi_normal_liter_per_day | NLPD |
| 0x332C0243 | mmi_alarm_severity_label_2 | Alarm Severity |
| 0x332C0244 | mmi_alarm_event_log_label | Alarm Event Log |
| 0x332C0245 | alarm_event_log_index_label | Alarm Event Log Index |
| 0x332D0000 | mmi_cal_perform_label | Perform Cal |
| 0x332D0005 | mmi_ev1_stat_label | Status Event1 |
| 0x332D0006 | mmi_ev2_stat_label | Status Event2 |
| 0x332D000B | mmi_str_pv_assign | NOTE-Send PV assignment before modifying range values. |
| 0x332D000C | mmi_str_sv_assign | NOTE-Send SV assignment before modifying range values. |
| 0x332D000D | mmi_str_tv_assign | NOTE-Send TV assignment before modifying frequency scaling. |
| 0x332D000F | mmi_str_stat_no_prob | No Device Problems seen during Selftest |
| 0x332D0013 | mmi_str_abort_fix_retry | Abort;Fix and Retry |
| 0x332D0015 | mmi_str_perform_cal | Perform calibration? |
| 0x332D0017 | mmi_str_auto_loop | WARN-Loop should be removed from automatic control |
| 0x332D001B | mmi_str_abort_error | Aborting due to field device error |
| 0x332D001E | mmi_str_anal_choice | 4 mA;20 mA;Other;End |
| 0x332D002C | mmi_str_selftest_comp | Selftest complete |
| 0x332D002F | mmi_str_temp_off_cal_comp | Temperature Offset Calibration Complete |
| 0x332D0030 | mmi_str_temp_slop_cal_comp | Temperature Slope Calibration Complete |
| 0x332D0031 | mmi_str_xmtr_stat_comp | Transmitter status complete |
| 0x332D0032 | mmi_str_xmtr_stat_ok | Transmitter status OK |
| 0x332D0035 | mmi_str_fo_scaling_msg | NOTE-Send scaling method selection to the device prior to performing frequency output scaling. |
| 0x332D0037 | mmi_str_sens_type_choice | T-Series;Other |
| 0x332D0038 | mmi_str_sens_type | Sensor type: |
| 0x332D0039 | mmi_str_chan_assign | Channel Assign: |
| 0x332D003B | mmi_do1_stat_label | Status DO1 |
| 0x332D003F | mmi_str_do_choice | Off;On;End |
| 0x332D0041 | mmi_str_abort_error_disabled | Aborting due to output not enabled |
| 0x332D0043 | mmi_str_config_io_chan_a_choice | Milliamp |
| 0x332D0045 | mmi_str_chan_power_assign | Channel Power Assign: |
| 0x332D0046 | mmi_str_chan_power_choice | External;Internal |
| 0x332D0047 | mmi_str_abort_error_invalid_chan_b_c | Aborting due to invalid Channel B and C combination |
| 0x332D0048 | mmi_read_di1_state_label | Read Discrete In |
| 0x332D0049 | mmi_str_di_reported_state | Discrete Input is %0 |
| 0x332D004A | mmi_str_fault_level_msg | NOTE-When selecting upscale or downscale,configure fault value before sending fault code to the device. |
| 0x332D0057 | mmi_str_enter_alarm_integer | Enter Alarm Number |
| 0x332D0059 | mmi_read_alarm_severity_label | Read Severity |
| 0x332D006B | select_acknowledge_alarm_label | Acknowledge the selected alarm |
| 0x332D006C | perform_varDiagnostic_Action_Code_label | Perform Diagnostic Action |
| 0x332D006D | perform_varDiagnostic_Action_Code_label2 | Selection for diagnostic action |
| 0x332D006E | perform_varDiagnostic_Action_Code_label3 | Reset Alarm Log;Acknowledge All Alarms;Reset Power On Time;Restore Factory Configuration;Write Protect IrDA Port;Release IrDA Port for writing;Reset Meter Fingerprinting Statistics;Exit |
| 0x332D006F | perform_varDiagnostic_Action_Code_label4 | Action code was performed |
| 0x332D0072 | modbus_choose_data_type_label | Coil;Unsigned 16;Unsigned 32;Floating Point;Exit |
| 0x332D007E | write_simulation_params_massflow_label5 | Fixed Value;Triangular Wave;Sine Wave |
| 0x332D007F | write_simulation_params_massflow_label6 | Enter Mass Flow Fixed Value |
| 0x332D0084 | write_simulation_params_temp_label2 | Enter Temperature Fixed Value |
| 0x332D0089 | write_simulation_params_Density_label2 | Enter Density Fixed Value |
| 0x332D008D | mmi_str_config_io_chan_b_choice2 | Frequency Output;Discrete Output;Discrete Input |
| 0x332D0091 | mmi_refresh_alarm_his_message | Uploading the alarm history takes approximately 30 sec.,please wait. |
| 0x332D0092 | mmi_refresh_alarm_his_failed | Due to some error all alarm status are not refreshed. |
| 0x332D0093 | mmi_warn_external_power | WARN-HART communication will be lost until an external power supply is added to the loop. |
| 0x332D0094 | mmi_select_OPstate | Last Value;Fault |
| 0x332D0096 | mmi_stiffness_label | Stiffness setpoint (percentage): |
| 0x332D00A3 | mmi_stiffness_value_default_label | 0.1;0.5;1.0;2.0;3.0;4.0;5.0 |
| 0x332D00A4 | mmi_refresh_alarm_event_log_label | Refresh Alarm Event Log |
| 0x332E0000 | mmi_pv_hot_rerange_label | Anlog 1 range vals |
| 0x332E0002 | mmi_pv_range_label | Anlog 1 range vals |
| 0x332E0004 | mmi_freq_rerange_label | Freq scaling |
| 0x332E0007 | mmi_view_xmtr_vars_label | View fld dev vars |
| 0x332E0008 | mmi_view_output_vars_label | View output vars |
| 0x332E0009 | mmi_test_status_menu_label | Test/Status |
| 0x332E000A | mmi_characterize_info_label | Charize sensor |
| 0x332E000D | mmi_view_pv_label | View PV-Analog 1 |
| 0x332E000E | mmi_view_tv_label | View TV-Freq/DO |
| 0x332E000F | mmi_view_qv_label | View QV |
| 0x332E0015 | mmi_density_char_label | Density |
| 0x332E0016 | mmi_flow_vars_label | Flow |
| 0x332E0017 | mmi_dens_vars_label | Density |
| 0x332E0018 | mmi_temp_vars_label | Temperature |
| 0x332E001F | mmi_config_spec_mass_units_label | Spcl mass units |
| 0x332E0020 | mmi_config_spec_vol_units_label | Spcl vol units |
| 0x332E0021 | mmi_review_device_info_label | Device info |
| 0x332E0022 | mmi_review_calibration_info_label | Charize sensor |
| 0x332E0023 | mmi_review_xmtr_info_label | Fld dev vars |
| 0x332E0024 | mmi_review_output_info_label | Outputs |
| 0x332E0025 | mmi_upload_variables_label | Write variables |
| 0x332E0026 | mmi_dencal_a_label | Dens Pt1 (Air) |
| 0x332E0027 | mmi_dencal_b_label | Dens Pt2 (Water) |
| 0x332E0030 | mmi_reset_mass_total_label | Reset mass total |
| 0x332E0031 | mmi_reset_vol_total_label | Reset volume total |
| 0x332E0032 | mmi_view_sv_label | View SV |
| 0x332E0033 | mmi_fo_ranging_label | FO Scaling |
| 0x332E0035 | mmi_d1_label | D1 |
| 0x332E0036 | mmi_d2_label | D2 |
| 0x332E0037 | mmi_dencal_fd_label | Flowing Dens (FD) |
| 0x332E0039 | mmi_d3_label | D3 |
| 0x332E003A | mmi_d4_label | D4 |
| 0x332E003B | mmi_k3_label | K3 |
| 0x332E003C | mmi_k4_label | K4 |
| 0x332E003D | mmi_dencal_c_label | Dens Pt3 T-series |
| 0x332E003E | mmi_dencal_d_label | Dens Pt4 T-series |
| 0x332E0041 | mmi_flow_char_label | Flow |
| 0x332E0047 | mmi_reset_corr_vol_total_label | Reset corrected volume total |
| 0x332E004A | mmi_chan_a_setup_label | Channel A Setup |
| 0x332E004B | mmi_chan_b_setup_label | Channel B Setup |
| 0x332E004F | mmi_di_do_setup_label | DI/DO Setup |
| 0x332E0052 | mmi_reset_totals_label | Reset totals |
| 0x332E0055 | mmi_pc_info_label | Config Discrete Event |
| 0x332E0088 | mmi_discrete_action_config_label | Discrete Actions |
| 0x332E0089 | mmi_trim_outputs_menu_label | Trim Outputs |
| 0x332E0091 | sensor_info_pv | Sensor information PV |
| 0x332E0092 | sensor_info_sv | Sensor information SV |
| 0x332E0093 | sensor_info_tv | Sensor information TV |
| 0x332E0094 | sensor_info_qv | Sensor information QV |
| 0x332E0095 | display_precisions_label | Display Precision |
| 0x332E0097 | TBR_feature_setup_label | Transient Bubble Remediation |
| 0x332E0098 | Gas_volume_standard_setup_label | Gas Standard Volume |
| 0x332E0099 | setup_simulation_mode_label | Setup simulation mode |
| 0x332E009F | mmi_status_word | Status Words |
| 0x332E00A1 | display_vars_label | Display Variables |
| 0x332E00A4 | mmi_review_all_alarm_severity_label | Review Severity (All) |
| 0x332E00A6 | mmi_sensor_diag | Sensor Diagnostics |
| 0x332E00A7 | mmi_maint | Maintenance |
| 0x332E00A8 | mmi_failed | Failed |
| 0x332E00A9 | mmi_advisory | Advisory |
| 0x332E00AB | mmi_dens | Density |
| 0x332E00AC | mmi_show_proc_vars | Show Process Variables |
| 0x332E00AD | mmi_prim_var | Primary Variable |
| 0x332E00AE | mmi_device_tag | Device Tag |
| 0x332E00AF | mmi_prim_var_info | Primary Variable Information |
| 0x332E00B0 | mmi_device | Device |
| 0x332E00B1 | mmi_analog_op_info | Analog Output Information |
| 0x332E00B2 | mmi_range | Range Points |
| 0x332E00B3 | mmi_sensor_model | Sensor Model |
| 0x332E00B5 | mmi_sensor_limits | Sensor Limits |
| 0x332E00B6 | mmi_diagnostics | Diagnostics |
| 0x332E00B7 | mmi_2nd_variable | 2nd Variable |
| 0x332E00B8 | mmi_2nd_var_info | 2nd Variable Information |
| 0x332E00B9 | mmi_3rd_variable | 3rd Variable |
| 0x332E00BA | mmi_3rd_var_info | 3rd Variable Information |
| 0x332E00BB | mmi_4th_variable | 4th Variable |
| 0x332E00BC | mmi_4th_var_info | 4th Variable Information |
| 0x332E00BE | mmi_mass | Mass |
| 0x332E00BF | mmi_volume | Volume |
| 0x332E00C1 | mmi_all_vars | All Variables |
| 0x332E00C2 | mmi_inv | Inventory |
| 0x332E00C3 | mmi_inv_vol | Inventory - Volume |
| 0x332E00C5 | mmi_ip_op | Input/Output |
| 0x332E00C6 | mmi_display | Display |
| 0x332E00C7 | mmi_flow | Flow |
| 0x332E00C8 | mmi_meter_factors | Meter Factors |
| 0x332E00C9 | mmi_slug_flow | Slug Flow |
| 0x332E00CA | mmi_dens_calibration | Density Calibration |
| 0x332E00CB | mmi_temp | Temperature |
| 0x332E00CC | mmi_press | Pressure |
| 0x332E00CD | mmi_press_comp_value | Pressure Compensation Values |
| 0x332E00CE | mmi_press_config_opt | Pressure Configuration Options |
| 0x332E00CF | mmi_sensor | Sensor |
| 0x332E00D0 | mmi_matl | Materials |
| 0x332E00D4 | mmi_tseriesconfig | T-Series Config |
| 0x332E00D5 | mmi_chan_config | Channel Config |
| 0x332E00D6 | mmi_disp_var | Display Variables |
| 0x332E00D7 | mmi_disp_config | Display Config |
| 0x332E00D8 | mmi_disp_prec | Display Precision |
| 0x332E00D9 | mmi_discrete_ip | Discrete Input |
| 0x332E00DA | mmi_discrete_event_polarity | Discrete Event Polarity |
| 0x332E00DC | mmi_freq | Frequency |
| 0x332E00DD | mmi_var_mapping | Variable Mapping |
| 0x332E00DE | mmi_burst_setup | Burst Setup |
| 0x332E00DF | mmi_discrete_op | Discrete Output |
| 0x332E00E0 | mmi_polled_vars | Polled Variables |
| 0x332E00E1 | mmi_discrete_events | Discrete Events |
| 0x332E00E2 | mmi_discrete_event1 | Discrete Event 1 |
| 0x332E00E3 | mmi_discrete_event2 | Discrete Event 2 |
| 0x332E00E4 | mmi_discrete_event3 | Discrete Event 3 |
| 0x332E00E5 | mmi_discrete_event4 | Discrete Event 4 |
| 0x332E00E6 | mmi_discrete_event5 | Discrete Event 5 |
| 0x332E00E7 | mmi_simulation | Simulation |
| 0x332E00E8 | mmi_proc_var_charts | Process Var Charts |
| 0x332E00EA | mmi_secondary_var | Secondary Variable |
| 0x332E00EB | mmi_tertiary_var | Tertiary Variable |
| 0x332E00EC | mmi_quarternary_var | Quarternary Variable |
| 0x332E00ED | mmi_primary_op | Primary Output |
| 0x332E00EE | mmi_digi_comm_set | Digital Communication Settings |
| 0x332E00F6 | mmi_discrete_ip_op | Discrete Input/Output |
| 0x332E0116 | mmi_Analog_output_label | Analog Output |
| 0x332F000C | mmi_meter_factors_label | Meter factors |
| 0x332F0011 | mmi_tube_freq_label | Tube |
| 0x332F0017 | mmi_fd_label | FD |
| 0x332F001A | mmi_halar_label | Halar |
| 0x332F001B | mmi_disabled_label | Disabled |
| 0x332F001C | mmi_enabled_label | Enabled |
| 0x332F002B | mmi_output_type_label | Output Type |
| 0x332F0034 | mmi_NAN_label | Not-a-Number |
| 0x332F0035 | mmi_analog_io_brd_label | Analog I/O |
| 0x332F0036 | mmi_fieldbus_brd_label | Fieldbus (H1) |
| 0x332F0039 | mmi_pv | PV |
| 0x332F003E | mmi_SGU | SGU |
| 0x332F0041 | mmi_units | Unit |
| 0x332F0042 | mmi_configure_xmtr_vars | Config fld dev vars |
| 0x332F0044 | mmi_perform_auto_zero | Perform auto zero |
| 0x332F0048 | mmi_upscale | Upscale |
| 0x332F0049 | mmi_downscale | Downscale |
| 0x332F004A | mmi_off | Off |
| 0x332F004B | mmi_on | On |
| 0x332F004F | mmi_dens_pres_factor_unit_label | g/Cucm per psi |
| 0x332F0050 | mmi_flow_pres_factor_unit_label | % per psi |
| 0x332F0053 | mmi_flow_switch | Flow Switch |
| 0x332F005E | mmi_ext_temperature_digital_value | External Temperature |
| 0x332F006B | mmi_gt_setpointA_label | > Setpoint A |
| 0x332F006C | mmi_lt_setpointA_label | < Setpoint A |
| 0x332F006D | mmi_inrange_label | In Range |
| 0x332F006E | mmi_outrange_label | Out of Range |
| 0x332F0082 | mmi_reset_mass_total_only_label | Reset Mass Total |
| 0x332F0083 | mmi_reset_vol_total_only_label | Reset Vol Total |
| 0x332F0089 | mmi_ext_pressure | External Pres |
| 0x332F0091 | mmi_gsvf_label | Gas Standard Volume Flow |
| 0x332F0092 | mmi_gsvt_label | Gas Standard Volume Total |
| 0x332F0093 | mmi_gsvi_label | Gas Standard Volume Inventory |
| 0x332F0096 | mmi_brd_8_label | 800 |
| 0x332F0097 | mmi_brd_alabel | 2400S Analog |
| 0x332F0098 | mmi_brd_ff_label | 2400S FOUNDATION Fieldbus |
| 0x332F0099 | mmi_brd_dn_label | 2400S DeviceNet |
| 0x332F009A | mmi_brd_dp_label | 2400S Profibus DP |
| 0x332F009D | mmi_unfix | Unfix |
| 0x332F009E | mmi_asciirtu_label | ASCII and RTU |
| 0x332F009F | mmi_rtuonly_label | RTU Only |
| 0x332F00A4 | mmi_reset_gas_vol_total_label | Reset Gas Standard Volume Total |
| 0x332F00A5 | mmi_NoSim | No Sim |
| 0x332F00A6 | mmi_FixedValue | Fixed Value |
| 0x332F00A7 | mmi_TriangularWave | Triangular Wave |
| 0x332F00A8 | mmi_SineWave | Sine Wave |
| 0x332F00A9 | mmi_None | None |
| 0x332F00AA | mmi_ResetAlarmLog | Reset Alarm Log |
| 0x332F00AB | mmi_AcknowledgeAllAlarms | Acknowledge All Alarms |
| 0x332F00AC | mmi_ResetPowerOnTime | Reset Power On Time |
| 0x332F00AD | mmi_RestoreFactoryConfiguration | Restore Factory Configuration |
| 0x332F00AE | mmi_WriteProtectIrDAPort | Write Protect IrDA Port |
| 0x332F00AF | mmi_ReleaseIrDAPortforwriting | Release IrDA Port for writing |
| 0x332F00B0 | mmi_ResetMeterFingerprintingStatistics | Reset Meter Fingerprinting Statistics |
| 0x332F00B1 | Word_420_enum_Bit0 | Primary mA Output Saturated |
| 0x332F00B2 | Word_420_enum_Bit1 | Secondary mA Output Saturated |
| 0x332F00B3 | Word_420_enum_Bit2 | Primary mA Output Fixed |
| 0x332F00B4 | Word_420_enum_Bit3 | Secondary mA Output Fixed |
| 0x332F00B5 | Word_420_enum_Bit4 | Density Outside Limits |
| 0x332F00B7 | Word_420_enum_Bit6 | PIC/Daughterboard Communication Failure |
| 0x332F00B8 | Word_420_enum_Bit7 | External Input Failure |
| 0x332F00B9 | Word_420_enum_Bit8 | Core EEPROM Checksum Error (Config, Powerdown, Program) |
| 0x332F00BA | Word_420_enum_Bit9 | Core RAM Error |
| 0x332F00BB | Word_420_enum_Bit10 | Sensor Not Responding (No Tube Interrupt) |
| 0x332F00BC | Word_420_enum_Bit11 | Temperature Sensor Out-of-Range |
| 0x332F00BD | Word_420_enum_Bit12 | Input Over-Range |
| 0x332F00BE | Word_420_enum_Bit13 | Frequency Output Saturated |
| 0x332F00BF | Word_420_enum_Bit14 | Transmitter Not Characterized (Flocal or Sensor Type) |
| 0x332F00C0 | Word_420_enum_Bit15 | Real-Time Interrupt Failure |
| 0x332F00C1 | Word_419_enum_Bit0 | Core EEPROM Checksum Error (Config, Powerdown, Program) |
| 0x332F00C2 | Word_419_enum_Bit1 | Core RAM Test Error |
| 0x332F00C3 | Word_419_enum_Bit2 | Real-Time Interrupt Failure |
| 0x332F00C4 | Word_419_enum_Bit3 | Sensor Failure |
| 0x332F00C5 | Word_419_enum_Bit4 | Temperature Sensor Out-of-Range |
| 0x332F00C6 | Word_419_enum_Bit5 | Calibration Failure (Autozero, Density, Temperature) |
| 0x332F00C7 | Word_419_enum_Bit6 | Other Failure |
| 0x332F00C8 | Word_419_enum_Bit7 | Transmitter Initializing/Warming Up |
| 0x332F00C9 | Word_419_enum_Bit8 | PV Out-Of-Limits |
| 0x332F00CA | Word_419_enum_Bit9 | Non-PV Out-Of-Limits |
| 0x332F00CB | Word_419_enum_Bit10 | Simulation Mode Active (A132) |
| 0x332F00CC | Word_419_enum_Bit11 | Undefined |
| 0x332F00CD | Word_419_enum_Bit12 | Watchdog Error |
| 0x332F00CE | Word_419_enum_Bit13 | Cold Start (HART bit) |
| 0x332F00CF | Word_419_enum_Bit14 | Transmitter Configuration Changed (HART bit) |
| 0x332F00D0 | Word_419_enum_Bit15 | Fault (Failure has occurred which affects accuracy) |
| 0x332F00D1 | Word_422_enum_Bit0 | API.VCF: Temperature Outside Standard Range |
| 0x332F00D2 | Word_422_enum_Bit1 | API.VCF:Line Density Outside Standard Range |
| 0x332F00D3 | Word_422_enum_Bit2 | Line RTD Temperature Out-Of-Range |
| 0x332F00D4 | Word_422_enum_Bit3 | Meter RTD Temperature Out-Of-Range |
| 0x332F00D5 | Word_422_enum_Bit4 | Flow Direction (0=Forward/Zero,1=Reverse) |
| 0x332F00D6 | Word_422_enum_Bit5 | Factory Configuration Data Is Invalid |
| 0x332F00D7 | Word_422_enum_Bit6 | Enhanced Density: Unable to fit curve data |
| 0x332F00D8 | Word_422_enum_Bit7 | Last Measured Value Override Active |
| 0x332F00D9 | Word_422_enum_Bit8 | Enhanced Density Extrapolation Alarm |
| 0x332F00DA | Word_422_enum_Bit9 | Cal Factors Unentered (Flocal Mandatory) |
| 0x332F00DB | Word_422_enum_Bit10 | 1000/2000/3000 EEPROM Checksum Error |
| 0x332F00DC | Word_422_enum_Bit11 | 1000/2000/3000 RAM Test Error |
| 0x332F00DD | Word_422_enum_Bit12 | Unrecognized/Unentered Sensor Type (K1 Manditory) |
| 0x332F00DE | Word_422_enum_Bit13 | Core configuration database corrupt |
| 0x332F00DF | Word_422_enum_Bit14 | Core powerdown totals corrupt |
| 0x332F00E0 | Word_422_enum_Bit15 | Core program corrupt |
| 0x332F00E1 | Word_421_enum_Bit0 | Burst Mode Enabled |
| 0x332F00E2 | Word_421_enum_Bit1 | Power Reset Occurred |
| 0x332F00E3 | Word_421_enum_Bit2 | Transmitter Initializing/Warming Up (Low Power Fault) |
| 0x332F00E4 | Word_421_enum_Bit3 | Sensor/Xmtr Communication Failure (A28) |
| 0x332F00E5 | Word_421_enum_Bit4 | Paper Out |
| 0x332F00E6 | Word_421_enum_Bit5 | Event #2 Triggered |
| 0x332F00E7 | Word_421_enum_Bit6 | Event #1 Triggered |
| 0x332F00E8 | Word_421_enum_Bit7 | Sensor/Xmtr Communication Failure (A26) |
| 0x332F00E9 | Word_421_enum_Bit8 | Calibration Failure (Autozero,Density,Temperature) |
| 0x332F00EA | Word_421_enum_Bit9 | Excess Calibration Correction,Autozero too Low |
| 0x332F00EB | Word_421_enum_Bit10 | Excess Calibration Correction,Autozero too High |
| 0x332F00EC | Word_421_enum_Bit11 | Process too Noisy to Perform Auto Zero |
| 0x332F00ED | Word_421_enum_Bit12 | Transmitter Failed |
| 0x332F00EE | Word_421_enum_Bit13 | Data Loss Possible (Totals+Inventories Questionable) |
| 0x332F00EF | Word_421_enum_Bit14 | Calibration-In-Progress (Autozero, Density, Temperature) |
| 0x332F00F0 | Word_421_enum_Bit15 | Slug Flow |
| 0x332F00F1 | Word_424_enum_Bit0 | Discrete Input 1 Status |
| 0x332F00F2 | Word_424_enum_Bit1 | Discrete Input 2 Status |
| 0x332F00F3 | Word_424_enum_Bit2 | Discrete Output 1 Fixed |
| 0x332F00F4 | Word_424_enum_Bit3 | Discrete Output 2 Fixed |
| 0x332F00F5 | Word_424_enum_Bit4 | Discrete Output 3 Fixed |
| 0x332F00F6 | Word_424_enum_Bit5 | Discrete Output 4 Fixed |
| 0x332F00F7 | Word_424_enum_Bit6 | Security Breach |
| 0x332F00F8 | Word_424_enum_Bit7 | Frequency Input Saturated |
| 0x332F00F9 | Word_424_enum_Bit8 | Discrete Event 1 Status |
| 0x332F00FA | Word_424_enum_Bit9 | Discrete Event 2 Status |
| 0x332F00FB | Word_424_enum_Bit10 | Discrete Event 3 Status |
| 0x332F00FC | Word_424_enum_Bit11 | Discrete Event 4 Status |
| 0x332F00FD | Word_424_enum_Bit12 | Discrete Event 5 Status |
| 0x332F00FE | Word_424_enum_Bit13 | Undefined |
| 0x332F00FF | Word_424_enum_Bit14 | Undefined |
| 0x332F0100 | Word_424_enum_Bit15 | Incorrect Board Type (A30) |
| 0x332F0101 | Word_423_enum_Bit0 | Core Protected Boot Sector Fault |
| 0x332F0102 | Word_423_enum_Bit1 | Undefined |
| 0x332F0103 | Word_423_enum_Bit2 | Frequency Output Fixed |
| 0x332F0104 | Word_423_enum_Bit3 | Primary mA Readback Failure |
| 0x332F0105 | Word_423_enum_Bit4 | DO1 Status (0=OFF,1=ON) |
| 0x332F0106 | Word_423_enum_Bit5 | DO2 Status (0=OFF,1=ON) |
| 0x332F0107 | Word_423_enum_Bit6 | Dens T-Series D3 Calibration-in-Progress |
| 0x332F0108 | Word_423_enum_Bit7 | Dens T-Series D4 Calibration-in-Progress |
| 0x332F0109 | Word_423_enum_Bit8 | DO3 Status (0=OFF,1=ON) |
| 0x332F010A | Word_423_enum_Bit9 | DO4 Status (0=OFF,1=ON) |
| 0x332F010B | Word_423_enum_Bit10 | Temp Slope Calibration-in-Progress |
| 0x332F010C | Word_423_enum_Bit11 | Temp Zero Calibration-in-Progress |
| 0x332F010D | Word_423_enum_Bit12 | Dens FD Calibration-in-Progress |
| 0x332F010E | Word_423_enum_Bit13 | Dens D2 Calibration-in-Progress |
| 0x332F010F | Word_423_enum_Bit14 | Dens D1 Calibration-in-Progress |
| 0x332F0110 | Word_423_enum_Bit15 | Mechanical Zero Calibration-in-Progress |
| 0x332F0111 | Word_433_enum_Bit0 | K1/FCF Combination Unrecognized |
| 0x332F0112 | Word_433_enum_Bit1 | Warming Up |
| 0x332F0113 | Word_433_enum_Bit2 | Low Power |
| 0x332F0117 | Word_433_enum_Bit6 | Undefined |
| 0x332F0118 | Word_433_enum_Bit7 | Undefined |
| 0x332F0119 | Word_433_enum_Bit8 | Undefined |
| 0x332F011A | Word_433_enum_Bit9 | Undefined |
| 0x332F011B | Word_433_enum_Bit10 | Undefined |
| 0x332F011C | Word_433_enum_Bit11 | Undefined |
| 0x332F011D | Word_433_enum_Bit12 | Undefined |
| 0x332F011E | Word_433_enum_Bit13 | Undefined |
| 0x332F011F | Word_433_enum_Bit14 | Undefined |
| 0x332F0120 | Word_433_enum_Bit15 | Undefined |
| 0x332F0121 | Word_434_enum_Bit0 | Undefined |
| 0x332F0122 | Word_434_enum_Bit1 | Undefined |
| 0x332F0123 | Word_434_enum_Bit2 | Undefined |
| 0x332F0124 | Word_434_enum_Bit3 | Undefined |
| 0x332F0125 | Word_434_enum_Bit4 | Undefined |
| 0x332F0126 | Word_434_enum_Bit5 | Undefined |
| 0x332F0127 | Word_434_enum_Bit6 | Undefined |
| 0x332F0128 | Word_434_enum_Bit7 | Undefined |
| 0x332F0129 | Word_434_enum_Bit8 | Undefined |
| 0x332F012A | Word_434_enum_Bit9 | Undefined |
| 0x332F012B | Word_434_enum_Bit10 | Undefined |
| 0x332F012C | Word_434_enum_Bit11 | Undefined |
| 0x332F012D | Word_434_enum_Bit12 | Undefined |
| 0x332F012E | Word_434_enum_Bit13 | Undefined |
| 0x332F012F | Word_434_enum_Bit14 | Undefined |
| 0x332F0130 | Word_434_enum_Bit15 | Undefined |
| 0x332F0131 | Process_Variable_Code_enum_0 | Mass Flow Rate |
| 0x332F0132 | Process_Variable_Code_enum_1 | Temperature |
| 0x332F0133 | Process_Variable_Code_enum_2 | Mass Totalizer |
| 0x332F0134 | Process_Variable_Code_enum_3 | Density |
| 0x332F0135 | Process_Variable_Code_enum_4 | Mass Inventory Totalizer |
| 0x332F0136 | Process_Variable_Code_enum_5 | Line (Gross) Volume Flow Rate |
| 0x332F0137 | Process_Variable_Code_enum_6 | Line (Gross) Volume Totalizer |
| 0x332F0138 | Process_Variable_Code_enum_7 | Line (Gross) Volume Inventory Totalizer |
| 0x332F0139 | Process_Variable_Code_enum_46 | Raw Tube Frequency |
| 0x332F013A | Process_Variable_Code_enum_47 | Drive Gain |
| 0x332F013B | Process_Variable_Code_enum_48 | Meter Temperature (T-Series) |
| 0x332F013C | Process_Variable_Code_enum_49 | Left Pickoff Amplitude |
| 0x332F013D | Process_Variable_Code_enum_50 | Right Pickoff Amplitude |
| 0x332F013E | Process_Variable_Code_enum_51 | Board Temperature |
| 0x332F013F | Process_Variable_Code_enum_52 | Input Voltage |
| 0x332F0140 | Process_Variable_Code_enum_53 | External Pressure |
| 0x332F0141 | Process_Variable_Code_enum_55 | External Temperature |
| 0x332F0142 | Process_Variable_Code_enum_62 | Gas Standard Volume Flow |
| 0x332F0143 | Process_Variable_Code_enum_63 | Gas Standard Volume Total |
| 0x332F0144 | Process_Variable_Code_enum_64 | Gas Standard Volume Inventory |
| 0x332F0145 | Process_Variable_Code_enum_69 | Live Zero |
| 0x332F0146 | Process_Variable_Code_enum_251 | None |
| 0x332F0149 | Status_Change_enum_0 | inactive,acked |
| 0x332F014A | Status_Change_enum_1 | active,acked |
| 0x332F014B | Status_Change_enum_2 | inactive,unacked |
| 0x332F014C | Status_Change_enum_3 | active,unacked |
| 0x332F014D | mmi_alarm_code_enum_0 | A000: Undefined |
| 0x332F0154 | mmi_alarm_code_enum_7 | A007: Real-Time Interrupt Failure |
| 0x332F0156 | mmi_alarm_code_enum_9 | A009: Transmitter Initializing/Warming Up |
| 0x332F0157 | mmi_alarm_code_enum_10 | A010: Calibration Failure |
| 0x332F015C | mmi_alarm_code_enum_15 | A015: MA Readback Error |
| 0x332F015F | mmi_alarm_code_enum_18 | A018: (E) EPROM Checksum Error (Model 3000) |
| 0x332F0168 | mmi_alarm_code_enum_27 | A027: Security Breach |
| 0x332F016F | mmi_alarm_code_enum_34 | A034: Undefined |
| 0x332F0170 | mmi_alarm_code_enum_35 | A035: Undefined |
| 0x332F0171 | mmi_alarm_code_enum_36 | A036: Undefined |
| 0x332F0172 | mmi_alarm_code_enum_37 | A037: Undefined |
| 0x332F0173 | mmi_alarm_code_enum_38 | A038: Undefined |
| 0x332F0174 | mmi_alarm_code_enum_39 | A039: Undefined |
| 0x332F0178 | mmi_alarm_code_enum_43 | A103: Data Loss Possible |
| 0x332F0179 | mmi_alarm_code_enum_44 | A104: Calibration-In-Progress |
| 0x332F017A | mmi_alarm_code_enum_45 | A105: Slug Flow |
| 0x332F017B | mmi_alarm_code_enum_46 | A106: Burst Mode Enabled |
| 0x332F017C | mmi_alarm_code_enum_47 | A107: Power Reset Occurred |
| 0x332F018A | mmi_alarm_code_enum_61 | A121: ED: Extrapolation alarm |
| 0x332F018C | mmi_alarm_code_enum_63 | A123: Discrete Output 4 Fixed |
| 0x332F0199 | mmi_alarm_code_enum_76 | A136: Undefined |
| 0x332F019A | mmi_alarm_code_enum_77 | A137: Undefined |
| 0x332F019B | mmi_alarm_code_enum_78 | A138: Undefined |
| 0x332F019C | mmi_alarm_code_enum_79 | A139: Undefined |
| 0x332F019D | varMODBUS_Data_Type_Code_enum_0 | Reserved |
| 0x332F019E | varMODBUS_Data_Type_Code_enum_1 | Coil |
| 0x332F019F | varMODBUS_Data_Type_Code_enum_2 | Unsigned 16 |
| 0x332F01A0 | varMODBUS_Data_Type_Code_enum_3 | Unsigned 32 |
| 0x332F01A1 | varMODBUS_Data_Type_Code_enum_4 | Floating Point |
| 0x332F01A2 | Word_433_enum_Bit3_2400SA | Sensor OK / Tubes Stopped by Process (A33) |
| 0x332F01A3 | Word_420_enum_Bit5_2400SA | Drive Over-Range / Partially Full Tube |
| 0x332F01AD | mmi_disable_abort_verification | Disable or abort verification |
| 0x332F01AE | mmi_normal_verification | Normal verification |
| 0x332F01AF | mmi_factory_verification_air | Factory verification of Air |
| 0x332F01B0 | mmi_factory_verification_water | Factory verification of Water |
| 0x332F01B1 | mmi_last_value | Last value |
| 0x332F01B2 | mmi_fault | Fault |
| 0x332F01B3 | mmi_no_error | No error |
| 0x332F01B4 | mmi_manual_abort | Manual abort |
| 0x332F01B5 | mmi_watchdog_timeout | Watchdog Timeout |
| 0x332F01B6 | mmi_frequency_drift | Frequency Drift |
| 0x332F01B7 | mmi_high_peak_drive_voltage | High Peak Drive Voltage |
| 0x332F01B8 | mmi_high_peak_current_std_dev | High Drive Current Std Dev |
| 0x332F01B9 | mmi_high_peak_current_mean_value | High Drive Current Mean Value |
| 0x332F01BA | mmi_drive_loop_reported_error | Drive loop reported error |
| 0x332F01BB | mmi_high_DeltaT_std_dev | High Delta T Std Dev |
| 0x332F01BC | mmi_high_DeltaT_value | High Delta T Value |
| 0x332F01BD | mmi_state_running | State Running |
| 0x332F01C5 | mmi_Restore_Factory_Zero | Restore Factory Zero |
| 0x332F01D2 | mmi_verification_complete | Verification complete |
| 0x332F01D3 | mmi_wrong_verification_enable | Wrong verification enable |
| 0x332F01D4 | mmi_no_factory_air_varification | No factory air verification |
| 0x332F01D5 | mmi_no_factory_water_varification | No factory water verification |
| 0x332F01D6 | mmi_param_registers_not_set | Parameter registers not set |
| 0x332F01ED | Status_Change_posted | Posted |
| 0x332F01EE | Status_Change_cleared | Cleared |
| 0x332F01EF | msec | msec |
| 0x332F01F1 | mmi_alarm_code_enum_1_b | A001: EEPROM Error (CP) |
| 0x332F01F2 | mmi_alarm_code_enum_2_b | A002: RAM Error (CP) |
| 0x332F01F3 | mmi_alarm_code_enum_3_b | A003: No Sensor Response |
| 0x332F01F4 | mmi_alarm_code_enum_4_b | A004: Temperature Overrange |
| 0x332F01F5 | mmi_alarm_code_enum_5_b | A005: Mass Flow Overrange |
| 0x332F01F6 | mmi_alarm_code_enum_6_b | A006: Characterization Required |
| 0x332F01F7 | mmi_alarm_code_enum_8_b | A008: Density Overrange |
| 0x332F01F8 | mmi_alarm_code_enum_11_b | A011: Zero Calibration Failed: Low |
| 0x332F01F9 | mmi_alarm_code_enum_12_b | A012: Zero Calibration Failed: High |
| 0x332F01FA | mmi_alarm_code_enum_13_b | A013: Zero Calibration Failed: Unstable |
| 0x332F01FB | mmi_alarm_code_enum_14_b | A014: Transmitter Failure |
| 0x332F01FC | mmi_alarm_code_enum_16_b | A016: Sensor RTD Failure |
| 0x332F01FD | mmi_alarm_code_enum_17_b | A017: T-Series RTD Failure |
| 0x332F01FF | mmi_alarm_code_enum_19_b | A019: RAM Error (Xmtr) |
| 0x332F0200 | mmi_alarm_code_enum_20_b | A020: No Flow Cal Value |
| 0x332F0201 | mmi_alarm_code_enum_21_b | A021: No K1 Value |
| 0x332F0202 | mmi_alarm_code_enum_22_b | A022: Config DB Corrupt (CP) |
| 0x332F0203 | mmi_alarm_code_enum_23_b | A023: Internal Totals Corrupt (CP) |
| 0x332F0204 | mmi_alarm_code_enum_24_b | A024: Program Corrupt (CP) |
| 0x332F0205 | mmi_alarm_code_enum_25_b | A025: Boot Sector Fault (CP) |
| 0x332F0206 | mmi_alarm_code_enum_26_b | A026: Sensor/Xmtr Comm Failure |
| 0x332F0207 | mmi_alarm_code_enum_28_b | A028: CP Write Failure |
| 0x332F0208 | mmi_alarm_code_enum_29_b | A029: PIC/Daughterboard Comm Failure |
| 0x332F0209 | mmi_alarm_code_enum_30_b | A030: Incorrect Board Type |
| 0x332F020A | mmi_alarm_code_enum_31_b | A031: Low Power |
| 0x332F020B | mmi_alarm_code_enum_32_b | A032: MV: Outputs to Fault |
| 0x332F020C | mmi_alarm_code_enum_33_b | A033: No LPO/RPO Signal |
| 0x332F020D | mmi_alarm_code_enum_40_b | A100: MAO1 Saturated |
| 0x332F020E | mmi_alarm_code_enum_41_b | A101: MAO1 Fixed |
| 0x332F020F | mmi_alarm_code_enum_42_b | A102: Drive Overrange |
| 0x332F0210 | mmi_alarm_code_enum_48_b | A108: Single-SP Event 1 ON |
| 0x332F0211 | mmi_alarm_code_enum_49_b | A109: Single-SP Event 2 ON |
| 0x332F0212 | mmi_alarm_code_enum_50_b | A110: FO Saturated |
| 0x332F0213 | mmi_alarm_code_enum_51_b | A111: FO Fixed |
| 0x332F0214 | mmi_alarm_code_enum_52_b | A112: Upgrade Transmitter Software |
| 0x332F0215 | mmi_alarm_code_enum_53_b | A113: MAO2 Saturated |
| 0x332F0216 | mmi_alarm_code_enum_54_b | A114: MAO2 Fixed |
| 0x332F0217 | mmi_alarm_code_enum_55_b | A115: No External Data |
| 0x332F0218 | mmi_alarm_code_enum_56_b | A116: API: Temperature Overrange |
| 0x332F0219 | mmi_alarm_code_enum_57_b | A117: API: Density Overrange |
| 0x332F021A | mmi_alarm_code_enum_58_b | A118: DO1 Fixed |
| 0x332F021B | mmi_alarm_code_enum_59_b | A119: DO2 Fixed |
| 0x332F021C | mmi_alarm_code_enum_60_b | A120: ED: Curve Fit Failure |
| 0x332F021D | mmi_alarm_code_enum_62_b | A122: DO3 Fixed |
| 0x332F021E | mmi_alarm_code_enum_64_b | A124: FI Saturated |
| 0x332F021F | mmi_alarm_code_enum_65_b | A125: Batch Timeout |
| 0x332F0220 | mmi_alarm_code_enum_66_b | A126: Batch Overrun |
| 0x332F0221 | mmi_alarm_code_enum_67_b | A127: Batch No Reset |
| 0x332F0222 | mmi_alarm_code_enum_68_b | A128: Batch/Fill No Start |
| 0x332F0223 | mmi_alarm_code_enum_69_b | A129: PPI Display Error |
| 0x332F0224 | mmi_alarm_code_enum_70_b | A130: Printer Out of Paper |
| 0x332F0225 | mmi_alarm_code_enum_71_b | A131: MV: Outputs to LMV |
| 0x332F0226 | mmi_alarm_code_enum_72_b | A132: Sensor Simulation Active |
| 0x332F0227 | mmi_alarm_code_enum_73_b | A133: PIC UI EEPROM Error |
| 0x332F0228 | mmi_alarm_code_enum_74_b | A134: PPI Memory Error |
| 0x332F0229 | mmi_alarm_code_enum_75_b | A135: PPI Communication Error |
| 0x33300000 | mmi_dens_temp_grad_oor_label | Density Temp. Gradient out-of-range |
| 0x33300001 | mmi_dens_freq_const1_oor_label | Density Frequency Constant 1 out-of-range |
| 0x33300002 | mmi_dens_freq_const2_oor_label | Density Frequency Constant 2 out-of-range |
| 0x33300003 | mmi_flow_temp_const_oor_label | Flow Temperature Constant out-of-range |
| 0x33300004 | mmi_flow_freq_const_oor_label | Flow Frequency Constant out-of-range |
| 0x33300005 | mmi_invalid_cutoff_type_code_label | Invalid Cutoff Type Code |
| 0x33300008 | mmi_invalid_output_number_code | Invalid Output Code |
| 0x33300009 | mmi_zero_pres_corr_resp_label | Zero Pres. Correction Pt. too low |
| 0x33300010 | mmi_invalid_sensor_type_code_label | Invalid sensor type code |
| 0x33300015 | mmi_spcl_mass_conv_oor | Special units mass conversion number out of range |
| 0x33300016 | mmi_frequency_oor | Frequency out of range |
| 0x33300017 | mmi_flow_rate_factor_oor | Flow rate factor out of range |
| 0x33300018 | mmi_pulses_per_unit_oor | Pulses/Unit out of range |
| 0x33300019 | mmi_units_per_pulse_oor | Units/Pulse out of range |
| 0x3330001A | mmi_spcl_vol_conv_oor | Special units volume conversion number out of range |
| 0x3330001B | mmi_density_high_limit_oor | Density high limit out of range |
| 0x3330001C | mmi_density_low_limit_oor | Density low limit out of range |
| 0x3330001D | mmi_slug_duration_oor | Slug duration out of range |
| 0x3330001E | mmi_maximum_zeroing_time_oor | Maximum zeroing time out of range |
| 0x3330001F | mmi_maximum_pulse_width_oor | Maximum pulse width out of range |
| 0x33300020 | mmi_analog_fault_level_oor | Analog fault level out of range |
| 0x33300021 | mmi_fault_timeout_oor | Fault timeout out of range |
| 0x33300022 | mmi_dens_for_cal_oor | Density for calibration out of range |
| 0x33300023 | mmi_fdcalval_oor | FD correction factor out of range |
| 0x33300024 | mmi_d3_oor | D3 out of range |
| 0x33300025 | mmi_d4_oor | D4 out of range |
| 0x33300026 | mmi_k3_oor | K3 out of range |
| 0x33300027 | mmi_k4_oor | K4 out of range |
| 0x33300028 | mmi_low_cutoff_oor | Low flow cutoff out of range |
| 0x33300029 | mmi_d1_oor | D1 out of range |
| 0x3330002A | mmi_d2_oor | D2 out of range |
| 0x3330002B | mmi_k1_oor | K1 out of range |
| 0x3330002C | mmi_k2_oor | K2 out of range |
| 0x3330002D | mmi_temp_comp_oor | Temp correction factor out of range |
| 0x3330002F | mmi_mass_fact_oor | Mass rate flow factor out of range |
| 0x33300030 | mmi_dens_fact_oor | Density factor out of range |
| 0x33300031 | mmi_vol_fact_oor | Volume rate flow factor out of range |
| 0x33300032 | mmi_do_indx_oor | DO index out-of-range |
| 0x33300034 | mmi_invalid_chan_a | Invalid channel A assignment |
| 0x33300035 | mmi_invalid_chan_b | Invalid channel B assignment |
| 0x33300036 | mmi_invalid_chan_c | Invalid channel C assignment |
| 0x33300037 | mmi_dens_pres_corr_resp_label | Density pressure correction value out-of-range |
| 0x33300038 | mmi_flow_pres_corr_resp_label | Flow pressure correction value out-of-range |
| 0x33300039 | mmi_flow_switch_oor | Flow switch setpoint value out-of-range |
| 0x3330003E | mmi_fo_mode_oor | Mode out of range |
| 0x3330003F | mmi_fo_disabled_oor | FO Disabled |
| 0x33300040 | mmi_di_indx_oor | DI index out-of-range |
| 0x33300041 | mmi_di_assign_oor | DI assignment out-of-range |
| 0x33300042 | mmi_di_disabled_oor | DI Disabled |
| 0x33300043 | mmi_do_disabled | DO Disabled |
| 0x33300044 | mmi_do_state_oor | DO state out-of-range |
| 0x33300045 | mmi_invalid_chan_a_power | Invalid channel A power assignment |
| 0x33300046 | mmi_invalid_chan_b_power | Invalid channel B power assignment |
| 0x33300047 | mmi_invalid_chan_c_power | Invalid channel C power assignment |
| 0x33300048 | mmi_invalid_chan_b_c | Invalid channel B and C assignment combination |
| 0x33300049 | mmi_polarity_oor | Invalid Polarity |
| 0x3330004A | mmi_density_cutoff_oor | Density cutoff out of range |
| 0x3330004B | mmi_density_units_oor | Invalid density cutoff units |
| 0x3330004C | mmi_invalid_option_label | Invalid Option |
| 0x3330004D | mmi_static_pres_resp_label | Static Pressure value out-of-range |
| 0x3330004E | mmi_static_temp_resp_label | Static Temperature value out-of-range |
| 0x33300050 | mmi_di_polarity_oor | DI polarity out-of-range |
| 0x33300051 | mmi_do_polarity_oor | DO polarity out-of-range |
| 0x33300056 | mmi_pc_indx_oor | Discrete Event Index out-of-range |
| 0x33300057 | mmi_pc_pv_code_oor | Discrete Event PV Code out-of-range |
| 0x33300058 | mmi_pc_action_oor | Discrete Event Action out-of-range |
| 0x33300059 | mmi_pc_setpointA_oor | Discrete Event Setpoint A out-of-range |
| 0x3330005A | mmi_pc_setpointB_oor | Discrete Event Setpoint B out-of-range |
| 0x3330006A | mmi_alarm_integer_oor | Alarm Number invalid |
| 0x3330006B | mmi_alarm_severity_oor | Alarm Severity invalid |
| 0x3330006C | mmi_di_action_oor | DI action invalid |
| 0x33300071 | mmi_FaultIndicationInvalid | Fault Indication Invalid |
| 0x33300072 | mmi_CoilorStartingRegisterOutofRange | Coil or Starting Register Out of Range |
| 0x33300073 | mmi_IllegalCoilValue | Value Out of Range |
| 0x33300074 | mmi_ThresholdOutofRange | Threshold Out of Range |
| 0x33300075 | mmi_TimeoutOutofRange | Timeout Out of Range |
| 0x33300076 | mmi_SamplePositionOutofRange | Sample Position Out of Range |
| 0x33300077 | mmi_GasDensityOutofRange | Gas Density Out of Range |
| 0x33300078 | mmi_GSVFlowUnitOutofRange | GSV Flow Unit Out of Range |
| 0x33300079 | mmi_GSVTotalunitOutofRange | GSV Total unit Out of Range |
| 0x3330007A | mmi_BaseVolumeFlowUnitsCodeOutofRange | Base Volume Flow Units Code Out of Range |
| 0x3330007B | mmi_BaseVolumeTimeUnitsCodeOutofRange | Base Volume Time Units Code Out of Range |
| 0x3330007C | mmi_SpecialUnitsConversionFactoryOutofRange | Special Units Conversion Factory Out of Range |
| 0x3330007D | mmi_SimulationModeoutofrange | Simulation Mode out of range |
| 0x3330007E | mmi_FixedValueOutofRange | Fixed Value Out of Range |
| 0x3330007F | mmi_MinimumAmplitudeOutofRange | Minimum Amplitude Out of Range |
| 0x33300080 | mmi_MaximumAmplitudeOutofRange | Maximum Amplitude Out of Range |
| 0x33300081 | mmi_PeriodOutofRange | Period Out of Range |
| 0x33300083 | mmi_enable_fcf_out_of_range | Enable FCF Verification out of range |
| 0x33300084 | mmi_output_state_out_of_range | Output State Out of Range |
| 0x33300086 | mmi_stiffness_limit_set_point_out_of_range | Stiffness Limit Set Point Out of Range |
| 0x3331002F | mmi_cal_in_progress | Cal in progress |
| 0x33320002 | mmi_hzfreq_help_index | The number of cycles,in Hertz,that equal a proportional flow rate represented by the frequency/pulse output. |
| 0x33320003 | mmi_hzrate_help_index | The flow rate that equals a set frequency if the frequency output represents mass or volume flow ; or the mass or volume total that equals a set number of pulses if the frequency output represents mass or volume total. |
| 0x33320004 | mmi_vol_flow_digital_cutoff_help_index | The volume flow rate below which the frequency/pulse output indicates zero flow,and below which totalizers stop counting. |
| 0x33320005 | mmi_flange_type_help_index | Configuration information identifying the flange material used with the sensor. Informational purposes only - does not affect flowmeter operation. |
| 0x33320006 | mmi_liner_matl_help_index | Configuration information identifying any liner material used with the sensor. Informational purposes only - does not affect flowmeter operation. |
| 0x33320007 | mmi_sensor_model_help_index | Configuration information identifying the sensor model installed. Informational purposes only - does not affect flowmeter operation. |
| 0x33320008 | mmi_sensor_matl_help_index | Configuration information identifying the material of which the sensor is constructed. Informational purposes only - does not affect flowmeter operation. |
| 0x33320009 | mmi_sp_mass_help_index | A standard engineering unit that serves as the mass component in a special unit. |
| 0x3332000A | mmi_sp_mass_time_help_index | A standard unit of time (seconds,minutes,hours,or days) that serves as the time component in a special unit. |
| 0x3332000C | mmi_sp_mass_rate_text_help_index | A 1 to 8 character description of a special unit of flow. |
| 0x3332000D | mmi_sp_mass_total_text_help_index | A 1 to 8 character description of a special unit of mass,which is based on the special unit of flow to represent total. |
| 0x33320010 | mmi_flocal_help_index | A 10-character factor that describes the sensitivity of the sensor to mass flow. The first 6 characters are the flow rate, in grams/second, per microsecond of time shift between velocity signals from the sensor. The 2nd four characters are the flow temperature coefficient. |
| 0x33320011 | mmi_ma_cutoff_help_index | The mass or volume flow rate below which a milliamp output representing flow indicates zero flow. |
| 0x33320012 | mmi_sp_volume_help_index | A standard engineering unit that serves as the volume component in a special unit. |
| 0x33320013 | mmi_sp_volume_time_help_index | A standard unit of time (seconds,minutes,hours,or days) that serves as the time component in a special unit. |
| 0x33320015 | mmi_sp_volume_rate_text_help_index | A 1 to 8 character description of a special unit of flow. |
| 0x33320016 | mmi_sp_volume_total_text_help_index | A 1 to 8 character description of a special unit of volume,which is based on the special unit of flow to represent total. |
| 0x33320017 | mmi_fixfreq_help_index | A value (in Hertz) that will be indicated on the frequency output for the purpose of a loop test. |
| 0x33320019 | mmi_pulse_width_help_index | A programmable time period,in seconds,that defines the crossover frequency for the frequency output,where Crossover freq. = 1 / (2 x Pulse width) . Below the crossover,the output has a constant ON state,and an OFF state that varies with frequency. |
| 0x3332001A | mmi_tempcal_help_index | A 14-character factor that describes the slope and offset of the linear output representing flow tube temperature. |
| 0x3332001B | mmi_rt_zero_help_index | A value,in microseconds,representing the phase shift between velocity signals from the sensor when measuring zero flow. |
| 0x33320020 | mmi_D1_help_index | The density,in g/cc,of the air or other low-density fluid used during a 2-point density calibration. |
| 0x33320021 | mmi_D2_help_index | The density,in g/cc,of the water or other high-density fluid used during a 2-point density calibration. |
| 0x33320022 | mmi_K1_help_index | The tube period,in microseconds,corresponding to a density equal to D1. |
| 0x33320023 | mmi_K2_help_index | The tube period,in microseconds,corresponding to a density equal to D2. |
| 0x33320024 | mmi_DCoef_help_index | The percent change in the elasticity of the flow tubes around the bending axis per 100 degrees Celsius. |
| 0x33320026 | mmi_rt_freq_help_index | The frequency,in Hertz,presently being indicated on the frequency output. |
| 0x33320029 | mmi_temp_for_cal_help_index | User-entered temperature for the purpose of performing an on-line temperature calibration. |
| 0x3332002A | mmi_auto_zero_help_index | Please refer to manual for complete calibration instructions. |
| 0x3332002B | mmi_density_cal_help_index | Please refer to manual for complete calibration instructions. |
| 0x3332002C | mmi_fix_frequency_output_help_index | Outputs a user-programmed frequency to the frequency output. |
| 0x3332002D | mmi_self_test_help_index | Instructs transmitter to perform internal self test. |
| 0x3332002E | mmi_totctl_help_index | Allows the user to Reset,Stop,or Start all totalizers. NOTE - Inventory totals are NOT reset. |
| 0x3332002F | mmi_abort_auto_zero_help_index | Aborts Auto Zero operation and continues to use previous zero offset value. |
| 0x33320030 | mmi_leave_fixed_freq_mode_help_index | Exits fixed mode and returns the frequency output to its active state. |
| 0x33320031 | mmi_Event_1_Status_help_index | When set,indicates that Event 1 has reached its programmed setpoint. |
| 0x33320032 | mmi_Event_2_Status_help_index | When set,indicates that Event 2 has reached its programmed setpoint. |
| 0x33320033 | mmi_report_xmtr_status_help_index | Reports any currently active device status information. |
| 0x33320034 | mmi_total_start_help_index | Enables the internal totalizers to begin counting. |
| 0x33320035 | mmi_total_stop_help_index | Prevents the internal totalizers from counting. |
| 0x33320036 | mmi_total_reset_help_index | Resets internal totalizers. |
| 0x33320037 | mmi_temp_calibration_help_index | Please refer to manual for complete calibration instructions. |
| 0x33320038 | mmi_tube_freq_help_index | The tube frequency of the sensor measured in Hertz. |
| 0x33320039 | mmi_tube_amplitude_help_index | The pickoff voltage of the sensor measured in Voltage. |
| 0x3332003A | mmi_drive_gain_help_index | The drive gain of the transmitter. |
| 0x3332003B | mmi_live_zero_help_index | This flow value is not effected by the flow cutoff and is damped at 8 seconds. It is to be used for diagnostic purposes only and is not used in ANY flow calculations or totalization. |
| 0x3332003D | mmi_fd_help_index | A calibration constant generated during a flowing density calibration. |
| 0x3332003E | mmi_pulses_unit_help_index | This parameter allows you to scale the frequency output in terms of the number of pulses per unit of flow. |
| 0x3332003F | mmi_units_pulse_help_index | This parameter allows you to scale the frequency output in terms of the number of units of flow required to generate one pulse. |
| 0x33320041 | mmi_fo_scaling_help_index | This parameter allows you to scale the frequency output by using freq=flow,pulses/unit,or units/pulse. This parameter must be sent to the device before you make scaling changes. |
| 0x33320042 | mmi_dens_tgco_help_index | This parameter represents the Density Temperature Gradient Coefficient (DTG) that is on the T-series sensor tag. |
| 0x33320043 | mmi_dens_fqco1_help_index | This parameter represents the Density Frequency Coefficient #1 (DFQ1) that is on the T-series sensor tag. |
| 0x33320044 | mmi_dens_fqco2_help_index | This parameter represents the Density Frequency Coefficient #2 (DFQ2) that is on the T-series sensor tag. |
| 0x33320045 | mmi_flow_tgco_help_index | This parameter represents the Flow Temperature Gradient Coefficient (FTG) that is on the T-series sensor tag. |
| 0x33320046 | mmi_flow_fqco_help_index | This parameter represents the Flow Frequency Coefficient (FFQ) that is on the T-series sensor tag. |
| 0x33320047 | mmi_ma_fault_level_help_index | This parameter allows you to select the lower or upper mA output level that will indicate a fault condition. The range is 1.0 to 3.6 mA for downscale or 21.0 to 24.0 for upscale. |
| 0x33320049 | mmi_ldo_tot_reset_help_index | When this parameter is enabled,you can use the display to reset the totalizer. |
| 0x3332004A | mmi_ldo_auto_scroll_help_index | When this parameter is enabled,you do not need to press the scroll button to scroll through the configured process variables. |
| 0x3332004B | mmi_ldo_offline_menu_help_index | When this parameter is enabled,you can use the display to access the offline maintenance menu. |
| 0x3332004C | mmi_ldo_alarm_menu_help_index | When this parameter is enabled,you can use the display to acknowledge and view the specific alarm conditions that are present. When this parameter is disabled,all alarms will be automatically acknowledged without user intervention. |
| 0x3332004D | mmi_ldo_ack_all_help_index | When this parameter is enabled,an option in the alarm menu allows you to acknowledge all of the alarms at once. |
| 0x3332004E | mmi_ldo_offline_password_help_index | When this parameter is enabled you must enter a password to gain access to the offline menu. |
| 0x3332004F | mmi_ldo_password_help_index | This parameter defines the password that you must enter to gain access to the offline menu. The valid range is 0 to 9999. |
| 0x33320050 | mmi_pv_disp_help_index | This parameter allows you to select the process variables that will appear on the display. Up to 15 process variables can be configured to appear on the display. They can be accessed by using the scroll button. |
| 0x33320057 | mmi_fault_code_help_index | Downscale: Milliamp outputs that indicate flow go to the configured limit,the frequency output equals 0 Hz. Upscale: Milliamp and frequency outputs go to the configured limit. Internal zero: Flow outputs indicate zero flow. |
| 0x33320058 | mmi_mass_rate_factor_help_index | A value,between 0.8 and 1.2,that will act as a multiplier for the mass flow rate. |
| 0x33320059 | mmi_vol_rate_factor_help_index | A value,between 0.8 and 1.2,that will act as a multiplier for the volume flow rate. |
| 0x3332005A | mmi_dens_factor_help_index | A value,between 0.8 and 1.2,that will act as a multiplier for the density. |
| 0x3332005B | mmi_fo_fault_level_help_index | This parameter allows you to select the upper frequency output level that will indicate a fault condition. The maximum value is 15000 Hz. |
| 0x3332005E | mmi_dig_fault_code_help_index | This fault setting applies to Modbus on RS485 and the display. Downscale: Hold process variables at values that are less than the Lower Sensor Limits and stop totalizing. Upscale: Hold process variables at values that are greater than the Upper Sensor Limits and stop totalizing. Not-a-Number: Set all process variables to IEEE NaN. IntZero-All 0: Set all process variables to 0. IntZero-Flow 0: Set flow rate to 0. None: Process variables displayed as measured (NOTE: Use alternative method to detect fault conditions when NONE is selected) |
| 0x3332005F | mmi_d3_help_index | The density,in g/cc,of the water or other high-density fluid that is used during a 4-point density calibration with Micro Motion T-series sensors. D3 can represent the D3 value for a Micro Motion T-series sensor. |
| 0x33320060 | mmi_d4_help_index | The density,in g/cc,of the water or other high-density fluid that is used during a 4-point density calibration with Micro Motion T-series sensors. D4 can represent the D4 value for a Micro Motion T-series sensor. |
| 0x33320061 | mmi_K3_help_index | The tube period,in microseconds,corresponding to a density equal to D3. |
| 0x33320062 | mmi_K4_help_index | The tube period,in microseconds,corresponding to a density equal to D4. |
| 0x33320063 | mmi_poll_ctrl_help_index | A variable that represents how process variables are brought into the transmitter for the purpose of performing a pressure compensation or other calculations. |
| 0x33320065 | mmi_output_opt_brd_help | This parameter represents the various types of output option boards that are available. |
| 0x33320066 | mmi_sens_setup_meth_help | This selection must be made to enable calibration parameters to be visible for the selected sensor type. |
| 0x33320069 | mmi_board_temp_help_index | The board temperature of the core processor. |
| 0x3332006A | mmi_case_temp_help_index | The meter temperature of the T-Series sensor. |
| 0x3332006C | mmi_lmv_fault_timeout_help | This parameter defines the number of seconds for which all outputs will hold their last measured value prior to going to the configured fault state. The default is zero seconds. |
| 0x3332006D | mmi_digital_units_help | Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation,Minimum Span,Upper Range Value,Lower Range Value,Lower Sensor Limit,and Upper Sensor Limit. |
| 0x3332006E | mmi_dp_tag_help_index | This represents the tagname for the device(s) being polled for a processvariable used internally for some compensation (e.g. pressure comp). |
| 0x3332006F | mmi_poll_var_help_index | This represents the variable code which will be read via HART for the compensation. |
| 0x33320070 | mmi_poll_type_help_index | This parameter identifies which compensation algorithms will be enabled within the device based on the polling being done. |
| 0x33320072 | mmi_do_assign_help_index | This parameter identifies which condition the discrete output will act upon. |
| 0x33320075 | mmi_flow_pres_factor_help_index | Pressure compensation factor applied to flow rate (% change per PSI) . |
| 0x33320076 | mmi_dens_pres_factor_help_index | Pressure compensation factor applied to density (g/Cucm change per PSI) . |
| 0x33320077 | mmi_zero_pres_factor_help_index | Pressure at which flow calibration was performed. |
| 0x33320078 | mmi_flow_switch_setpoint_help_index | This parameter can be used to trigger a discrete output when the mass flow rate exceeds the configured setpoint. There is a fixed hysteresis of 5% for this setpoint. |
| 0x3332007A | mmi_do_1_Status_help_index | When set,indicates that DO 1 has been triggered. |
| 0x3332007B | mmi_dx_state_help_index | This parameter identifies the state of the discrete output. |
| 0x33320081 | mmi_di_assign_help_index | This parameter identifies the action the discrete input will initiate. |
| 0x33320083 | mmi_chan_power_help_index | This parameter identifies the power source (Internal or External) for the output channel. |
| 0x33320084 | mmi_fix_discrete_output_help_index | Outputs a user-programmed discrete state to the discrete output. |
| 0x33320085 | mmi_leave_fixed_do_mode_help_index | Exits fixed mode and returns the discrete output to its active state. |
| 0x33320086 | mmi_chan_a_setup_help | This function will allow the user to setup channel A to act as a milliamp output. The appropriate configuration parameters will be displayed to the user once this selection has been made. |
| 0x33320087 | mmi_chan_b_setup_help | This function will allow the user to setup channel B to act as a frequency output,discrete input or a discrete output. The appropriate configuration parameters will be displayed to the user once this selection has been made. |
| 0x33320089 | mmi_read_discrete_input_help_index | Reads the state of the Discrete Input. |
| 0x3332008A | mmi_dens_digital_cutoff_help_index | The density below which the density indicates zero. |
| 0x3332008B | mmi_fo_polarity_help_index | This parameter allows you to set the polarity of the frequency output. |
| 0x3332008C | mmi_enable_pres_comp_help_index | This parameter allows you to enable/disable the pressure correction feature |
| 0x3332008D | mmi_static_pressure_help_index | This parameter allows you to enter a static pressure when using the pressure correction feature |
| 0x33320091 | mmi_di_state_help_index | This parameter identifies the state of the discrete input. |
| 0x33320094 | mmi_di_polarity_help_index | This parameter allows you to set the polarity of the discrete input. |
| 0x3332009B | mmi_do_polarity_help_index | This parameter allows you to set the polarity of the discrete output. |
| 0x3332009C | mmi_pc_setpointA_help_index | The first programmable value of a process variable in which the Discrete Events compares with. |
| 0x3332009D | mmi_pc_setpointB_help_index | The second programmable value of a process variable in which the Discrete Events compares with. |
| 0x3332009E | mmi_pc_varcode_help_index | Assigns a process variable to the Discrete Events. |
| 0x3332009F | mmi_pc_type_help_index | Determines the type of comparison the Discrete Events is going to perform. |
| 0x333200B6 | mmi_discrete_action_code_help_index | Selects an action to be assigned to a discrete. |
| 0x333200B7 | mmi_discrete_assignment_help_index | Assigns a discrete to an action. Select none for no discrete assignment. |
| 0x333200B8 | mmi_alarm_integer_help | This parameter is the number of the alarm. For example,26 for alarm A26 and 42 for alarm A102. |
| 0x333200B9 | mmi_alarm_severity_help_index | Assigns a severity level to the currently selected alarm. |
| 0x333200BB | mmi_read_alarm_severity_help_index | Reports the severity level of the selected alarm. The alarms are represented by their alarm number. For example,A26 is 26 and A102 is 102. |
| 0x333200BC | mmi_write_alarm_severity_help_index | Allows the user to change the severity level of an alarm. The alarms are represented by their alarm number. For example,A26 is 26 and A102 is 102. |
| 0x333200BD | mmi_review_alarm_severity_help_index | Reports the severity level of all the alarms. |
| 0x333200BF | mmi_read_discrete_assign_help_index | For a selected discrete action,reports the associated discrete assignment. |
| 0x333200C0 | mmi_review_discrete_assign_help_index | Cycles through the discrete actions and reports the associated discrete assignments. |
| 0x333200C1 | mmi_modbus_address_help_index | This parameter defines the Modbus slave address. Addresses 1-15,32-47,64-79,or 96-110 are allowed |
| 0x333200C4 | mmi_feature_key_help_index | The features installed on this device. |
| 0x333200D2 | tot_startstop_enable_help | Enable or disable the ability to start and stop the totalizers from the local display. |
| 0x333200D3 | Update_Period_help | The period in which the process variables on the local display are updated. (in msec) |
| 0x333200D4 | Backlight_Control_help | The state of the backlight on the local display. |
| 0x333200D5 | Backlight_Intensity_help | The amount of intensity of the backlight on the local display. Range is 0 to 63 where 0 is off and 63 is full on. |
| 0x333200D6 | modbus_Mode_help | The mode of the Modbus protocol |
| 0x333200D8 | varMass_Flow_Simulation_Mode_help | The type of Mass Flow Simulation |
| 0x333200D9 | varMass_Flow_Minimum_Amplitude_of_waveform_HELP | Mass Flow Minimum Amplitude of waveform |
| 0x333200DA | varMass_Flow_Fixed_Value_HELP | Mass Flow Fixed Value |
| 0x333200DB | Status_Change_HELP | The change in the status |
| 0x333200DC | varMass_Flow_Maximum_Amplitude_of_waveform_HELP | Mass Flow Maximum Amplitude of waveform |
| 0x333200DD | varMass_Flow_period_of_waveform_HELP | Mass Flow period of waveform |
| 0x333200DE | varTemperature__Simulation_Mode_HELP | The type of Temperature Simulation |
| 0x333200DF | varTemperature_Fixed_Value_HELP | Temperature Fixed Value |
| 0x333200E0 | varTemperature_Minimum_Amplitude_of_waveform_HELP | Temperature Minimum Amplitude of waveform |
| 0x333200E1 | varTemperature_Maximum_Amplitude_of_waveform_HELP | Temperature Maximum Amplitude of waveform |
| 0x333200E2 | varTemperature_period_of_waveform_HELP | Temperature period of waveform |
| 0x333200E3 | vDensity__Simulation_Mode_HELP | The type of Density Simulation |
| 0x333200E4 | vDensity_Fixed_Value_HELP | Density Fixed Value |
| 0x333200E5 | vDensity_Minimum_Amplitude_of_waveform_HELP | Density Minimum Amplitude of waveform |
| 0x333200E6 | vDensity_Maximum_Amplitude_of_waveform_HELP | Density Maximum Amplitude of waveform |
| 0x333200E7 | mmi_InH2O_60degF | inH2O @60DegF |
| 0x333200E9 | target_amplitude_help_index | Displays current target amplitude value. |
| 0x333200ED | refresh_alarm_his_help_index | Uploads the 50 alarm history records from the device. This method takes approximately 30 sec to run. |
| 0x333200EE | mmi_timestamp_help_index | Time is measured in terms of time elapsed since trasmitter has been switched on first time. |
| 0x333200F8 | mmi_LPO_stiffness_out_of_limits_help | Indicates whether LPO stiffness out of limits. |
| 0x333200F9 | mmi_RPO_stiffness_out_of_limits_help | Indicates whether RPO stiffness out of limits. |
| 0x333200FA | mmi_current_LPO_stiffness_mean_help | Current LPO stiffness mean value |
| 0x333200FB | mmi_current_RPO_stiffness_mean_help | Current RPO stiffness mean value |
| 0x333200FC | mmi_algorithm_progress_help | Algorithm progress -- in percentage completion |
| 0x333200FF | mmi_current_damping_mean_help | Current damping mean value |
| 0x33320100 | mmi_current_LPO_mass_mean_help | Current LPO mass mean value |
| 0x33320101 | mmi_current_RPO_mass_mean_help | Current RPO mass mean value |
| 0x33320102 | mmi_current_LPO_stiffness_std_dev_help | Current LPO stiffness Standard Deviation value |
| 0x33320103 | mmi_current_RPO_stiffness_std_dev_help | Current RPO stiffness standard deviation value |
| 0x33320104 | mmi_current_damping_std_dev_help | Current damping standard deviation value |
| 0x33320105 | mmi_current_LPO_mass_std_dev_help | Current LPO mass standard deviation value |
| 0x33320106 | mmi_current_RPO_mass_std_dev_help | Current RPO mass standard deviation value |
| 0x33320107 | mmi_LPO_stiffness_fact_cali_air_mean_help | LPO stiffness mean value for factory calibration of air |
| 0x33320108 | mmi_RPO_stiffness_fact_cali_air_mean_help | RPO stiffness mean value for factory calibration of air |
| 0x33320109 | mmi_damping_fact_cali_air_mean_help | Damping mean value for factory calibration of air |
| 0x3332010A | mmi_LPO_mass_fact_cali_air_mean_help | LPO mass mean value for factory calibration of air |
| 0x3332010B | mmi_RPO_mass_fact_cali_air_mean_help | RPO mass mean value for factory calibration of air |
| 0x3332010C | mmi_LPO_stiffness_fact_cali_water_mean_help | LPO stiffness mean value for factory calibration of water |
| 0x3332010D | mmi_RPO_stiffness_fact_cali_water_mean_help | RPO stiffness mean value for factory calibration of water |
| 0x3332010E | mmi_damping_fact_cali_water_mean_help | Damping mean value for factory calibration of water |
| 0x3332010F | mmi_LPO_mass_fact_cali_water_mean_help | LPO mass mean value for factory calibration of water |
| 0x33320110 | mmi_RPO_mass_fact_cali_water_mean_help | RPO mass mean value for factory calibration of water |
| 0x33320111 | vDensity_period_of_waveform_HELP | Density period of waveform |
| 0x33320112 | mmi_process_variable_precision_help | The process variable of which display precision can be set |
| 0x3332011F | mmi_sp_mass_fact_help_index_ver5 | A programmable divider for the base mass unit in a special unit. |
| 0x33320120 | mmi_sp_volume_fact_help_index_ver5 | A programmable divider for the base volume unit in a special unit. |
| 0x33320121 | mmi_max_zero_help_index_ver5 | The amount of time the transmitter takes to determine its zero-flow reference point. The default zero time is 20 seconds. |
| 0x33320122 | mmi_met_direct_help_index_ver5 | This parameter enables the user to determine whether the outputs and totalizers will indicate forward,reverse,bi-directional or absolute value flow. |
| 0x33320123 | mmi_sens_type_code_help_ver5 | This parameter indicates which type of sensor is being used for process measurement. |
| 0x33320124 | mmi_ldo_scroll_rate_help_ver5 | This parameter allows you to set the rate at which the display will scroll from one process variable to the next. Display Auto Scroll must be enabled. |
| 0x33320125 | mmi_dp_tag_help_index_ver5 | This represents the tagname for the device (s) being polled for a process variable used internally for some compensation (e.g. pressure comp) . |
| 0x33320128 | mmi_mass_flow_digital_cutoff_help_index_new | The mass flow rate below which the frequency/pulse output indicates zero flow,and below which totalizers stop counting. Cutoffs can also be configured for the mA output(s) (the AO cutoffs). An AO cutoff is active only if the process variable assigned to the output is mass flow or volume flow. |
| 0x33320129 | mmi_vol_flow_digital_cutoff_help_index_new | The volume flow rate below which the frequency/pulse output indicates zero flow,and below which totalizers stop counting. Cutoffs can also be configured for the mA output(s) (the AO cutoffs). An AO cutoff is active only if the process variable assigned to the output is mass flow or volume flow. |
| 0x33330003 | primary_purpose_LABEL | Primary Purpose Variables |
| 0x33330004 | shortcuts_LABEL | Shortcuts |
| 0x33330005 | totalizer_ctl_LABEL | Totalizer Control |
| 0x33330006 | guided_setup_LABEL | Guided Setup |
| 0x33330007 | manual_setup_LABEL | Manual Setup |
| 0x33330008 | alert_setup_LABEL | Alert Setup |
| 0x33330009 | calibrate_LABEL | Calibrate |
| 0x3333000A | device_information_LABEL | Device Information |
| 0x3333000B | zero_cal_LABEL | Zero Calibration |
| 0x3333000C | trends_LABEL | Trends |
| 0x3333000D | alerts_LABEL | Alerts |
| 0x3333000E | config_sensor_help_LABEL | Configure tag,flow direction,calibration factors and measurement units |
| 0x3333000F | zero_cal_help_LABEL | Calibrate sensor zero |
| 0x33330010 | config_units_help_LABEL | Configure measurement units |
| 0x33330011 | config_outputs_help_LABEL | Configure input/output types,variable assignments,and range values |
| 0x33330012 | trim_outputs_help_LABEL | Trim lower and upper 4-20 mA points |
| 0x33330013 | config_display_help_LABEL | Configure display settings (variables,precision,backlighting,etc.) |
| 0x33330014 | config_alerts_help_LABEL | Configure alert timeouts,severity,and fault values |
| 0x33330015 | config_sensor_LABEL | Configure Sensor and Units |
| 0x33330016 | mass_flow_unit_LABEL | Mass Flow Unit |
| 0x33330017 | vol_flow_unit_LABEL | Volume Flow Unit |
| 0x33330018 | dens_unit_LABEL | Density Unit |
| 0x33330019 | temperature_unit_LABEL | Temperature Unit |
| 0x3333001A | flow_direction_LABEL | Flow Direction |
| 0x3333001B | config_outputs_LABEL | Configure Inputs/Outputs |
| 0x3333001C | config_display_LABEL | Configure Display |
| 0x3333001D | config_alerts_LABEL | Configure Alerts |
| 0x3333001E | mA_Output_LABEL | mA Output |
| 0x3333001F | set_alert_severity_LABEL | Change Alert Severity |
| 0x33330020 | characterize_LABEL | Characterize |
| 0x33330021 | measurements_LABEL | Measurements |
| 0x33330022 | inputs_output_LABEL | Inputs/Outputs |
| 0x33330023 | comms_LABEL | Communications |
| 0x33330024 | density_cal_LABEL | Density Calibration |
| 0x33330025 | temp_cal_LABEL | Temperature Calibration |
| 0x33330026 | change_sens_type_LABEL | Change Sensor Type |
| 0x33330029 | tag_parameters_LABEL | Sensor Tag Parameters |
| 0x3333002A | t_series_tag_parameters_LABEL | T-Series Tag Parameters |
| 0x3333002B | display_menu_features_LABEL | Display Variable Menu Features |
| 0x3333002D | backlight_LABEL | Backlight |
| 0x3333002E | setup_display_vars_LABEL | Set Up Display Variables |
| 0x3333002F | setup_display_precision_LABEL | Set Up Display Precision |
| 0x33330030 | display_precision_page1_LABEL | Display Precision (Page 1) |
| 0x33330031 | display_precision_page2_LABEL | Display Precision (Page 2) |
| 0x33330032 | display_precision_page3_LABEL | Display Precision (Page 3) |
| 0x33330033 | setup_channels_LABEL | Set Up Channels |
| 0x33330034 | setup_milliamp_LABEL | Set Up mA Output |
| 0x33330035 | setup_frequency_LABEL | Set Up Frequency Output |
| 0x33330036 | setup_DO_events_LABEL | Set Up Discrete Output and Events |
| 0x33330037 | setup_DI_LABEL | Set Up Discrete Input |
| 0x33330038 | map_vars_LABEL | Map Variables |
| 0x3333003C | hart_comm_LABEL | HART Communications |
| 0x3333003D | ext_polling_LABEL | External Polling |
| 0x3333003E | setup_burst_LABEL | Set Up Burst Mode |
| 0x3333003F | zero_settings_LABEL | Settings |
| 0x33330040 | perform_first_dens_cal_LABEL | Perform first point (air) calibration. |
| 0x33330041 | perform_second_dens_cal_LABEL | Perform second point (water) calibration. |
| 0x33330042 | perform_third_dens_cal_LABEL | Perform third point (user's choice) calibration. |
| 0x33330043 | perform_fourth_dens_cal_LABEL | Perform fourth point (user's choice) calibration. |
| 0x33330044 | perform_flowing_dens_cal_LABEL | Perform flowing density calibration. |
| 0x33330046 | active_detail_LABEL | Active Detail |
| 0x33330048 | process_vars_LABEL | Process Variables |
| 0x33330049 | mapped_vars_pv_sv_LABEL | Mapped Variables (1,2) |
| 0x3333004A | mapped_vars_tv_qv_LABEL | Mapped Variables (3,4) |
| 0x3333004B | external_vars_LABEL | External Variables |
| 0x3333004D | diagnostic_vars_LABEL | Diagnostic Variables |
| 0x3333004E | routine_maint_LABEL | Routine Maintenance |
| 0x3333004F | sim_LABEL | Simulate |
| 0x33330050 | sim_outputs_LABEL | Simulate Outputs |
| 0x33330051 | sim_sensor_LABEL | Simulate Sensor |
| 0x33330052 | diagnostic_var_LABEL | Diagnostic Variable |
| 0x33330053 | flow_totals_LABEL | Mass and Volume |
| 0x33330054 | vol_flow_rate_LABEL | Volume Flow Rate |
| 0x33330055 | lpo_voltage_LABEL | Left Pickoff Amplitude |
| 0x33330056 | rpo_voltage_LABEL | Right Pickoff Amplitude |
| 0x33330058 | milliamp_loop_test_LABEL | mA Output Loop Test |
| 0x3333005A | freq_output_test_LABEL | Frequency Output Test |
| 0x3333005C | discrete_output_test_LABEL | Discrete Output Test |
| 0x3333005F | output_option_board_LABEL | Option Board |
| 0x33330060 | mass_total_LABEL | Mass Total |
| 0x33330061 | mass_inventory_LABEL | Mass Inventory |
| 0x33330062 | reset_volume_total_LABEL | Reset Volume Total |
| 0x33330063 | volume_total_LABEL | Volume Total |
| 0x33330065 | temp_t_series_LABEL | Meter Temperature (T-Series) |
| 0x33330066 | vol_inventory_LABEL | Volume Inventory |
| 0x3333006B | alert_description_a001_LABEL | An uncorrectable checksum mismatch has been detected. |
| 0x3333006C | recommended_action_a001_LABEL | Recommended Actions:\n1. Cycle power to the flow meter.\n2. The flow meter might need service. Contact Micro Motion. |
| 0x3333006D | alert_description_a002_LABEL | ROM checksum error or a RAM location cannot be written to. |
| 0x3333006E | alert_description_a003_LABEL | Continuity failure of drive circuit,LPO,or RPO,or LPO-RPO mismatch when driving. |
| 0x33330072 | alert_description_a005_LABEL | The measured flow has exceeded the maximum flow rate of the sensor. |
| 0x33330078 | alert_description_a009_LABEL | Transmitter in power-up mode. |
| 0x33330081 | alert_description_a016_LABEL | The value computed for the resistance of the Line RTD is outside limits. |
| 0x33330082 | alert_description_a017_LABEL | The value computed for the resistance of the Meter/Case RTD is outside limits. |
| 0x33330084 | alert_description_a020_LABEL | The flow calibration factor and/or K1 has not been entered since the last master reset. |
| 0x33330086 | alert_description_a021_LABEL | The sensor is recognized as a straight tube but the K1 value indicates a curved tube,or vice versa. |
| 0x33330088 | alert_description_a033_LABEL | No signal from Left Pickoff or Right Pickoff,suggesting that sensor tubes are not vibrating. |
| 0x3333008A | alert_description_a100_LABEL | The calculated amount of current output is outside of the linear range. |
| 0x3333008B | recommended_action_a100_LABEL | Recommended Actions:\n1. Verify that mA output range values are set to appropriate values. |
| 0x3333008C | alert_description_a101_LABEL | Non-zero HART address configured,or user has set the mA output to a fixed value. |
| 0x3333008E | alert_description_a102_LABEL | The drive power (current/voltage) is at its maximum. |
| 0x33330090 | alert_description_a104_LABEL | A calibration procedure is in progress. |
| 0x33330092 | alert_description_a105_LABEL | The density has exceeded the user-defined slug (density) limits. |
| 0x33330094 | alert_description_a106_LABEL | Device is in HART burst mode. |
| 0x33330096 | alert_description_a107_LABEL | The transmitter has been restarted. |
| 0x3333009B | alert_description_a111_LABEL | User has set the frequency output to a fixed value. |
| 0x3333009D | alert_description_a115_LABEL | No response received from polled device. |
| 0x3333009F | alert_description_a118_LABEL | The user has set the discrete output to a fixed state. |
| 0x333300A2 | alert_description_a132_LABEL | Simulation mode is enabled. |
| 0x333300A4 | alert_description_discrete_event_1_active_LABEL | Discrete Event 1 has been triggered. |
| 0x333300A5 | alert_description_discrete_event_2_active_LABEL | Discrete Event 2 has been triggered. |
| 0x333300A6 | alert_description_discrete_event_3_active_LABEL | Discrete Event 3 has been triggered. |
| 0x333300A7 | alert_description_discrete_event_4_active_LABEL | Discrete Event 4 has been triggered. |
| 0x333300A8 | alert_description_discrete_event_5_active_LABEL | Discrete Event 5 has been triggered. |
| 0x333300AA | alert_description_discrete_input_active_LABEL | Discrete Input is active. |
| 0x333300AB | recommended_action_no_action_required_LABEL | Recommended Actions:\n1. No action required. |
| 0x333300AC | alert_description_pv_out_of_limits_LABEL | Primary variable has exceeded sensor limits. |
| 0x333300AE | alert_description_non_pv_out_of_limits_LABEL | Non-primary variable has exceeded sensor limits. |
| 0x333300AF | alert_description_cold_start_LABEL | Power has been removed and reapplied resulting in the reinstallations of the setup information. |
| 0x333300B0 | recommended_action_cold_start_LABEL | Recommended Actions:\n1. The first command to recognize this condition will automatically reset this flag.\n2. This flag may also be set following a Master Reset or a Self Test. |
| 0x333300B1 | alert_description_config_changed_LABEL | A write or set command has been executed. |
| 0x333300B2 | alert_description_device_malfunction_LABEL | A hardware error or failure has been detected by the device. |
| 0x333300B4 | alert_description_a029_LABEL | Transmitter electronics failure has occurred. |
| 0x333300B6 | alert_description_a030_LABEL | The loaded software is not compatible with the programmed board type. |
| 0x333300B7 | recommended_action_a030_LABEL | Recommended Actions:\n1. Contact Micro Motion. |
| 0x333300B8 | alert_description_a031_LABEL | The core processor is not receiving enough power. |
| 0x333300BD | no_active_alerts_LABEL | No Active Alerts |
| 0x333300BE | display_total_reset_LABEL | Totalizer Reset |
| 0x333300BF | display_total_start_stop_LABEL | Start/Stop Totalizers |
| 0x333300C0 | backlight_intensity_LABEL | Intensity (0-63) |
| 0x333300C2 | scroll_rate_LABEL | Scroll Time (1-10) |
| 0x333300C6 | read_discrete_actions_LABEL | Read Discrete Action Assignment |
| 0x333300C7 | review_discrete_actions_LABEL | Review All Discrete Actions |
| 0x333300C8 | assign_discrete_action | Assign Discrete Action |
| 0x333300CB | burst_setup_LABEL | Burst Setup |
| 0x333300CD | present_freq_out_LABEL | Present Frequency Output |
| 0x333300CE | ext_temp_LABEL | External Temperature |
| 0x333300D2 | verify_cal_factors_LABEL | Verify Calibration Factors |
| 0x333300D3 | cal_tag_example_LABEL | Calibration Tag Example: |
| 0x333300D4 | channels_LABEL | Channels |
| 0x333300D8 | mA_fault_action_LABEL | mA Output Fault Action |
| 0x333300DC | max_pulse_width_LABEL | Maximum Pulse Width |
| 0x333300DE | fo_fault_action_LABEL | Frequency Output Fault Action |
| 0x333300E0 | fo_scale_method_LABEL | Frequency Output Scaling Method |
| 0x333300E1 | frequency_factor_LABEL | Frequency Factor |
| 0x333300E2 | rate_factor_LABEL | Rate Factor |
| 0x333300E5 | discrete_output_assignment_LABEL | Assignment |
| 0x333300E6 | discrete_output_state_LABEL | Discrete Output State |
| 0x333300E7 | discrete_output_polarity_LABEL | Polarity |
| 0x333300EB | discrete_output_fault_action_LABEL | Fault Action |
| 0x333300EC | discrete_input_polarity_LABEL | Discrete Input Polarity |
| 0x333300ED | flow_switch_var_LABEL | Source |
| 0x333300EE | frequency_output_LABEL | Frequency Output |
| 0x333300EF | display_functions_LABEL | Display Functions |
| 0x333300F0 | auto_scroll_LABEL | Auto Scroll |
| 0x333300F1 | offline_menu_LABEL | Offline Menu |
| 0x333300F2 | alarm_menu_LABEL | Alert Menu |
| 0x333300F4 | offline_password_enable_LABEL | Passcode Required |
| 0x333300F5 | fault_timeout_LABEL | Fault Timeout |
| 0x333300F6 | digi_comm_fault_action_LABEL | Digital Communications Fault Action |
| 0x333300F9 | info_parameters_LABEL | Informational Parameters |
| 0x333300FF | temp_damping_LABEL | Temperature Damping |
| 0x33330101 | flow_press_factor_LABEL | Flow Pressure Factor |
| 0x33330102 | density_press_factor_LABEL | Density Pressure Factor |
| 0x33330103 | flow_cal_pressure_LABEL | Flow Calibration Pressure |
| 0x33330106 | mass_flow_conv_factor_LABEL | Conversion Factor |
| 0x33330107 | mass_flow_text_LABEL | Flow Label |
| 0x33330108 | mass_total_text_LABEL | Total Label |
| 0x3333010B | vol_flow_conv_factor_LABEL | Conversion Factor |
| 0x3333010C | vol_flow_text_LABEL | Flow Label |
| 0x3333010D | vol_total_text_LABEL | Total Label |
| 0x33330111 | ext_device_tag_1_LABEL | External Device Tag 1 |
| 0x33330112 | ext_device_tag_2_LABEL | External Device Tag 2 |
| 0x33330113 | trim_outputs_LABEL | Trim Outputs |
| 0x33330114 | temp_cal_factor_LABEL | Temperature Calibration Factor |
| 0x33330115 | burst_mode_LABEL | Mode |
| 0x33330118 | software_revision_LABEL | Transmitter Software Revision |
| 0x33330120 | mass_flow_cutoff_LABEL | Mass Flow Cutoff |
| 0x33330122 | added_damping_LABEL | Added Damping |
| 0x33330123 | mass_flow_percent_range_LABEL | Mass Flow Percent Range |
| 0x33330126 | flow_damping_LABEL | Flow Damping |
| 0x33330127 | sensor_serial_number_LABEL | Sensor Serial Number |
| 0x33330128 | mass_flow_USL_LABEL | Mass Flow Upper Sensor Limit |
| 0x33330129 | mass_flow_LSL_LABEL | Mass Flow Lower Sensor Limit |
| 0x3333012A | mass_flow_min_span_LABEL | Mass Flow Minimum Span |
| 0x3333012B | density_cutoff_LABEL | Density Cutoff |
| 0x3333012C | density_damping_LABEL | Density Damping |
| 0x3333012D | vol_flow_cutoff_LABEL | Volume Flow Cutoff |
| 0x33330133 | flow_cal_LABEL | FlowCal |
| 0x33330134 | mA_cutoff_LABEL | mA Output Flow Rate Cutoff |
| 0x33330137 | zero_value_LABEL | Zero Value |
| 0x33330138 | std_deviation_LABEL | Standard Deviation |
| 0x33330139 | internal_zero_LABEL | Internal Zero |
| 0x3333013A | mass_factor_LABEL | Mass Factor |
| 0x3333013B | vol_factor_LABEL | Volume Factor |
| 0x3333013C | density_factor_LABEL | Density Factor |
| 0x3333013D | live_zero_flow_LABEL | Live Zero Flow Rate |
| 0x3333013E | TC_LABEL | TC |
| 0x3333013F | display_var_1_LABEL | Position 1 |
| 0x33330140 | display_var_2_LABEL | Position 2 |
| 0x33330141 | display_var_3_LABEL | Position 3 |
| 0x33330142 | display_var_4_LABEL | Position 4 |
| 0x33330143 | display_var_5_LABEL | Position 5 |
| 0x33330144 | display_var_6_LABEL | Position 6 |
| 0x33330145 | display_var_7_LABEL | Position 7 |
| 0x33330146 | display_var_8_LABEL | Position 8 |
| 0x33330147 | display_var_9_LABEL | Position 9 |
| 0x33330148 | display_var_10_LABEL | Position 10 |
| 0x33330149 | display_var_11_LABEL | Position 11 |
| 0x3333014A | display_var_12_LABEL | Position 12 |
| 0x3333014B | display_var_13_LABEL | Position 13 |
| 0x3333014C | display_var_14_LABEL | Position 14 |
| 0x3333014D | display_var_15_LABEL | Position 15 |
| 0x33330150 | zero_time_LABEL | Zero Time |
| 0x33330152 | u16_value_LABEL | U16 Value |
| 0x33330153 | u32_value_LABEL | U32 Value |
| 0x33330154 | float_value_LABEL | Float Value |
| 0x33330155 | exception_code_LABEL | Exception Code |
| 0x33330156 | timestamp_LABEL | Timestamp of Status Change |
| 0x33330157 | lpo_stiffness_mean_LABEL | Left Pickoff Stiffness Mean |
| 0x33330158 | rpo_stiffness_mean_LABEL | Right Pickoff Stiffness Mean |
| 0x33330159 | damping_mean_LABEL | Damping Mean |
| 0x3333015A | lpo_mass_mean_LABEL | Left Pickoff Mass Mean |
| 0x3333015B | rpo_mass_mean_LABEL | Right Pickoff Mass Mean |
| 0x3333015C | DD_revision_LABEL | DD Revision |
| 0x3333015F | maintenance_LABEL | Maintenance |
| 0x33330160 | advisory_LABEL | Advisory |
| 0x33330163 | device_status_good_LABEL | Device Status: Good |
| 0x33330164 | device_status_failed_LABEL | Device Status: Failed |
| 0x33330165 | device_status_advisory_LABEL | Device Status: Advisory |
| 0x33330166 | device_status_maint_LABEL | Device Status: Maintenance |
| 0x33330167 | comm_status_polled_LABEL | Communication Status: Polled |
| 0x33330168 | comm_status_burst_LABEL | Communication Status: Burst |
| 0x33330170 | pressure_unit_LABEL | Pressure Unit |
| 0x33330171 | sim_mass_flow_rate_LABEL | Simulate Mass Flow Rate |
| 0x33330173 | ext_pressure_LABEL | External Pressure |
| 0x33330175 | primary_var_LABEL | Primary (1st) Variable |
| 0x33330176 | secondary_var_LABEL | Secondary (2nd) Variable |
| 0x33330177 | tertiary_var_LABEL | Tertiary (3rd) Variable |
| 0x33330178 | quaternary_var_LABEL | Quaternary (4th) Variable |
| 0x3333017A | refresh_primary_vars_LABEL | If the Primary Variable assignment is changed,this screen will need to be refreshed in order to see the parameters for the new variable assignments. |
| 0x3333017E | temperature_percent_range_LABEL | Temperature Percent Range |
| 0x33330181 | refresh_diagnostic_vars_LABEL | If the Diagnostic Variable selection is changed,this screen will need to be refreshed in order to see the data for the new diagnostic variable selection. |
| 0x33330182 | sim_temp_LABEL | Simulate Temperature |
| 0x33330184 | sim_density_LABEL | Simulate Density |
| 0x33330186 | gas_vol_flow_rate_LABEL | Gas Standard Volume Flow Rate |
| 0x33330187 | gas_vol_total_LABEL | Gas Standard Volume Total |
| 0x33330188 | gas_vol_inventory_LABEL | Gas Standard Volume Inventory |
| 0x333301A2 | materials_of_construction_LABEL | Materials of Construction |
| 0x333301AD | str_set_sim_params | Simulation Parameters |
| 0x333301B3 | perform_auto_zero_LABEL | Perform Auto Zero |
| 0x333301B4 | start_totalizers_LABEL | Start |
| 0x333301B5 | stop_totalizers_LABEL | Stop |
| 0x333301B6 | reset_all_totals_LABEL | Reset All |
| 0x333301B7 | ack_all_alerts_LABEL | Acknowledge All Alerts |
| 0x333301B8 | set_fault_params_LABEL | Set Fault Parameters |
| 0x333301B9 | fo_fault_indicator_LABEL | Frequency Output Fault Indicator |
| 0x333301BA | fo_fault_choices_LABEL | Upscale (15,000 Hz);Downscale (0 Hz);Internal Zero;None |
| 0x333301BB | fo_fault_value_LABEL | Frequency Output Fault Value |
| 0x333301BC | fo_fault_timeout_LABEL | Fault Timeout (sec) |
| 0x333301C4 | reset_config_change_flag_LABEL | Reset Configuration Changed Flag |
| 0x333301C6 | step1_tag_LABEL | Tag |
| 0x333301C7 | step2_flow_dir_LABEL | Flow Direction |
| 0x333301C8 | step3_verify_cal_LABEL | Verify Calibration Factors |
| 0x333301C9 | step4_measurement_units_LABEL | Measurement Units |
| 0x333301CA | step1_channels_LABEL | Channels |
| 0x333301CB | step2_mA_LABEL | mA Output |
| 0x333301CC | step3_fo_LABEL | Frequency Output |
| 0x333301CD | step4_discrete_io_LABEL | Discrete Input/Output |
| 0x333301CE | fo_settings_LABEL | Frequency Output Settings |
| 0x333301CF | discrete_output_LABEL | Discrete Output |
| 0x333301D0 | DD_device_rev_LABEL | Device Revision |
| 0x333301D2 | hart_dd_info_LABEL | HART DD Information |
| 0x333301D3 | discrete_input_LABEL | Discrete Input |
| 0x333301D4 | step5_discrete_events_LABEL | Discrete Events |
| 0x333301D5 | step6_map_vars_LABEL | Map Variables |
| 0x333301D6 | step1_display_functions_LABEL | Display Functions |
| 0x333301D8 | step2_display_vars_LABEL | Display Variables |
| 0x333301D9 | step3_display_precision1_LABEL | Display Precision (1) |
| 0x333301DA | step4_display_precision_LABEL2 | Display Precision (2) |
| 0x333301DB | var_precision_0_2_LABEL | Variable Precision (Codes 0 - 2) |
| 0x333301DC | var_precision_3_5_LABEL | Variable Precision (Codes 3 - 5) |
| 0x333301DD | var_precision_6_8_LABEL | Variable Precision (Codes 6 - 8) |
| 0x333301DE | var_precision_9_11_LABEL | Variable Precision (Codes 9 - 11) |
| 0x333301DF | var_precision_12_14_LABEL | Variable Precision (Codes 12 - 14) |
| 0x333301E0 | var_precision_15_17_LABEL | Variable Precision (Codes 15 - 17) |
| 0x333301E1 | var_precision_18_20_LABEL | Variable Precision (Codes 18 - 20) |
| 0x333301E2 | display_vars_1_5_LABEL | Display Variables (1 - 5) |
| 0x333301E3 | display_vars_6_10_LABEL | Display Variables (6 - 10) |
| 0x333301E4 | display_vars_11_15_LABEL | Display Variables (11 - 15) |
| 0x333301E5 | alert_settings_LABEL | Alert Settings |
| 0x333301E6 | fo_fault_params_LABEL | Frequency Output Fault Parameters |
| 0x333301E7 | fo_scaling_LABEL | Frequency Output Scaling |
| 0x333301E8 | transmitter_info_LABEL | Transmitter Information |
| 0x333301E9 | sensor_info_LABEL | Sensor Information |
| 0x333301EA | core_info_LABEL | Core Processor Information |
| 0x333301EB | product_info_LABEL | Product Information |
| 0x333301EC | licenses_LABEL | Licenses |
| 0x333301ED | failed_fix_now_LABEL | Failed - Fix Now |
| 0x333301EE | maint_fix_soon_LABEL | Maintenance - Fix Soon |
| 0x333301EF | a001_LABEL | A001: EEPROM Error (Core Processor) |
| 0x333301F0 | a002_LABEL | A002: RAM Error (Core Processor) |
| 0x333301F1 | a003_LABEL | A003: No Sensor Response |
| 0x333301F2 | a004_LABEL | A004: Temperature Overrange |
| 0x333301F4 | a006_LABEL | A006: Characterization Required |
| 0x333301F5 | a008_LABEL | A008: Density Overrange |
| 0x333301F6 | a009_LABEL | A009: Transmitter Initializing/Warming Up |
| 0x333301F7 | a010_LABEL | A010: Calibration Failure |
| 0x333301F8 | a011_LABEL | A011: Zero Calibration Failed: Low |
| 0x333301F9 | a012_LABEL | A012: Zero Calibration Failed: High |
| 0x333301FA | a013_LABEL | A013: Zero Calibration Failed: Unstable |
| 0x333301FB | a014_LABEL | A014: Transmitter Failure |
| 0x333301FC | a016_LABEL | A016: Sensor RTD Failure |
| 0x333301FD | a017_LABEL | A017: T-Series RTD Failure |
| 0x333301FE | a020_LABEL | A020: No Flow Calibration Value |
| 0x333301FF | a021_LABEL | A021: No K1 Value |
| 0x33330200 | a029_LABEL | A029: PIC/Daughterboard Communication Failure |
| 0x33330201 | a030_LABEL | A030: Incorrect Board Type |
| 0x33330202 | a031_LABEL | A031: Low Power |
| 0x33330204 | a033_LABEL | A033: No Right/Left Pickoff Signal |
| 0x33330205 | a100_LABEL | A100: mA Output Saturated |
| 0x33330206 | a101_LABEL | A101: mA Output Fixed |
| 0x33330207 | a102_LABEL | A102: Drive Overrange |
| 0x3333020A | a106_LABEL | A106: Burst Mode Enabled |
| 0x3333020B | a107_LABEL | A107: Power Reset Occurred |
| 0x3333020E | a110_LABEL | A110: Frequency Output Saturated |
| 0x3333020F | a111_LABEL | A111: Frequency Output Fixed |
| 0x33330210 | a115_LABEL | A115: No External Input or Polled Data |
| 0x33330213 | a132_LABEL | A132: Sensor Simulation Active |
| 0x33330214 | grp_alert_discrete_event_1_active_LABEL | Discrete Event 1 Active |
| 0x33330215 | grp_alert_discrete_event_2_active_LABEL | Discrete Event 2 Active |
| 0x33330216 | grp_alert_discrete_event_3_active_LABEL | Discrete Event 3 Active |
| 0x33330217 | grp_alert_discrete_event_4_active_LABEL | Discrete Event 4 Active |
| 0x33330218 | grp_alert_discrete_event_5_active_LABEL | Discrete Event 5 Active |
| 0x33330219 | discrete_in_active_LABEL | Discrete Input Active |
| 0x3333021A | primary_var_out_of_limits_LABEL | Primary Variable Out of Limits |
| 0x3333021B | non_primary_var_out_of_limits_LABEL | Non-Primary Variable Out of Limits |
| 0x3333021C | pv_mA_saturated_LABEL | Primary Variable mA Output Saturated |
| 0x3333021D | pv_mA_fixed_LABEL | Primary Variable mA Output Fixed |
| 0x3333021E | cold_start_LABEL | Cold Start |
| 0x3333021F | config_changed_LABEL | Configuration Changed |
| 0x33330220 | field_device_malfunction_LABEL | Field Device Malfunction |
| 0x33330221 | vars_polled_LABEL | Variables Polled from External Devices |
| 0x33330222 | register_read_only_LABEL | Register is read-only. |
| 0x33330223 | discrete_actions_LABEL | Discrete Actions |
| 0x33330224 | setup_gsv_LABEL | Set Up Gas Standard Volume |
| 0x33330225 | gsv_special_units_LABEL | Special Gas Standard Volume Units |
| 0x33330226 | gsv_flow_unit_LABEL | Gas Standard Volume Flow Unit |
| 0x33330227 | gsv_total_inv_unit_LABEL | Gas Standard Volume Total/Inventory Unit |
| 0x33330228 | gsv_cutoff_LABEL | Gas Standard Volume Cutoff |
| 0x3333022A | liquid_volume_LABEL | Liquid Volume |
| 0x3333022B | gsv_flow_rate_LABEL | Gas Standard Volume Flow Rate |
| 0x3333022F | dens_cal_desc_LABEL | Calibrate low,high,and flowing density points |
| 0x33330230 | temp_cal_desc_LABEL | Adjust temperature slope and offset. |
| 0x33330237 | temp_USL_LABEL | Temperature Upper Sensor Limit |
| 0x33330238 | lsl_LABEL | Lower Sensor Limit |
| 0x33330239 | dens_LSL_LABEL | Density Lower Sensor Limit |
| 0x3333023A | vol_flow_USL_LABEL | Volume Flow Upper Sensor Limit |
| 0x3333023B | temp_LSL_LABEL | Temperature Lower Sensor Limit |
| 0x3333023C | dens_min_span_LABEL | Density Minimum Span |
| 0x3333023D | min_span_LABEL | Minimum Span |
| 0x3333023E | vol_flow_min_span_LABEL | Volume Flow Minimum Span |
| 0x3333023F | usl_LABEL | Upper Sensor Limit |
| 0x33330240 | dens_USL_LABEL | Density Upper Sensor Limit |
| 0x33330241 | temp_min_span_LABEL | Temperature Minimum Span |
| 0x33330244 | vol_flow_LSL_LABEL | Volume Flow Lower Sensor Limit |
| 0x33330268 | perform_factory_zero_LABEL | Restore Factory Zero |
| 0x3333026C | str_set_FO_scaling_LABEL | Set Frequency Output Scaling |
| 0x3333027C | sec_LABEL | sec |
| 0x33330293 | sensor_model_LABEL | Sensor Model |
| 0x33330296 | sensor_flange_LABEL | Sensor Flange |
| 0x33330299 | no_LABEL | No |
| 0x3333029A | yes_LABEL | Yes |
| 0x333302CC | blank_text | |
| 0x333302CD | percent_constant_unit | % |
| 0x333302CF | mV_Hz_constant_unit | mV/Hz |
| 0x333302D0 | Hz_constant_unit | Hz |
| 0x333302D1 | Volts_constant_unit | V |
| 0x333302DA | current_algorithm_state_LABEL | mmi_current algorithm state_LABEL |
| 0x333302E1 | grp_chan_a_LABEL | Channel A |
| 0x333302E2 | grp_chan_b_LABEL | Channel B |
| 0x333302E5 | grp_device_id_LABEL | Device Identification |
| 0x333302F6 | info_params_LABEL | Informational Parameters |
| 0x333302F9 | reset_total_LABEL | Reset Total |
| 0x33330301 | sens_type_other_LABEL | Other (Curved Tube) |
| 0x33330302 | sens_type_tseries_LABEL | T-Series (Straight Tube) |
| 0x33330303 | fcf_tseries_LABEL | Flow FCF |
| 0x33330304 | new_style_sensor_tag_LABEL | Calibration Tag Example:\nNew Style Sensor Tag |
| 0x33330305 | old_style_sensor_tag_LABEL | \nOld Style Sensor Tag |
| 0x33330307 | tertiary_variable_code_LABEL | Third Variable |
| 0x33330308 | fourth_variable_code_LABEL | Fourth Variable |
| 0x33330309 | first_dens_cal_LABEL | First Point Calibration |
| 0x3333030A | second_dens_cal_LABEL | Second Point Calibration |
| 0x3333030B | third_dens_cal_LABEL | Third Point Calibration |
| 0x3333030C | fourth_dens_cal_LABEL | Fourth Point Calibration |
| 0x3333030D | flowing_dens_cal_LABEL | Flowing Density Calibration |
| 0x3333030E | temp_cal_factor_description_LABEL | The Temperature Calibration Factor is a 14 character string that contains two real numbers.\nThe first number, before the T, is the slope.\nThe slope must be a positive real number containing 7 characters (including the decimal point).\nThe T is a delimiter and must be present.\nThe second number, after the T, is the offset.\nThe offset must be a real number containing 7 characters (including the decimal point and negative sign if present).\nThe offset must be between -10 and +10. |
| 0x3333030F | current_LABEL | Current |
| 0x33330312 | mapped_vars_LABEL | Mapped Variables |
| 0x33330317 | meth_perform_loop_tests_LABEL | Perform Loop Tests |
| 0x33330327 | offline_var_menu_features_LABEL | Offline Variable Menu Features |
| 0x33330330 | dens_cal_factor_description_LABEL | The DensCal Factor field on the old style sensor tag contains the K1,K2 and TC values.\nThe first 5 characters are K1,the second 5 characters are K2 and the remaining characters are TC. |
| 0x33330338 | meth_view_alert_severity_LABEL | View Alert Severity |
| 0x33330339 | active_alerts_LABEL | Active Alerts |
| 0x33330341 | check_status_LABEL | Check Status |
| 0x33330342 | var_summary_LABEL | Variable Summary |
| 0x33330343 | flow_parameters_LABEL | Flow Parameters |
| 0x33330344 | density_parameters_LABEL | Density Parameters |
| 0x33330373 | alert_description_a004_new_LABEL | The value computed for the resistance of the line RTD or the Meter/Case RTD is outside limits. |
| 0x33330374 | alert_description_a006_new_LABEL | One or more required characterization parameters have not been entered. |
| 0x3333037B | decimal_places_LABEL | Decimal Places |
| 0x3333037C | decimal_places_for_process_vars_LABEL | Decimal Places for Process Variables |
| 0x3333037D | decimal_places_for_totalizer_vars_LABEL | Decimal Places for Totalizer Variables |
| 0x3333037E | decimal_places_for_diagnostic_vars_LABEL | Decimal Places for Diagnostic Variables |
| 0x33330389 | str_offset_cal_LABEL | Offset Calibration\nEnter Temp in %{0} |
| 0x3333038A | str_slope_cal_LABEL | Slope Calibration\nEnter Temp in %{0} |
| 0x3333038D | str_ev1_yes_LABEL | \nEv1 Triggered: Yes |
| 0x3333038E | str_ev1_no_LABEL | \nEv1 Triggered: No |
| 0x3333038F | str_ev2_yes_LABEL | \nEv2 Triggered: Yes |
| 0x33330390 | str_ev2_no_LABEL | \nEv2 Triggered: No |
| 0x33330391 | str_do1_yes_LABEL | \nDO1 Triggered: Yes |
| 0x33330392 | str_do1_no_LABEL | \nDO1 Triggered: No |
| 0x333303A6 | prob_detected_str_LABEL | A problem was detected |
| 0x333303A7 | abort_fix_retry_str_LABEL | Abort;Fix and Retry |
| 0x333303AD | sensor_type_option_LABEL | Other (Curved Tube);T-Series (Straight Tube) |
| 0x333303AE | parameters_updating_LABEL | Parameters are being updated,please wait... |
| 0x333303AF | select_freq_output_scaling_option_LABEL | Select Frequency Output Scaling Method: |
| 0x333303B0 | freq_output_scaling_option_LABEL | Frequency=Flow;Pulses/Unit;Units/Pulse |
| 0x333303B3 | dd_info_LABEL1 | Device Revision: %0\nDD Revision: %1 |
| 0x333303B4 | primary_purpose_vars_375_LABEL | Mass Flow Rate:\nValue %0 %1\n\nVolume Flow Rate:\nValue %2 %3\n\nDensity:\nValue %4 %5 |
| 0x333303B6 | var_summary_temperature_LABEL | Temperature:\nValue %0 %1 |
| 0x333303BC | read_alarm_severity_alarm_number_LABEL | A%{alarmNum} is %{0} |
| 0x333303C0 | menudisplay_next_LABEL | Next |
| 0x333303C1 | menudisplay_back_next_LABEL | Back;Next |
| 0x333303C2 | meth_view_alert_severity_options_LABEL | Individual Alert;All Alerts;None |
| 0x333303C3 | alarm_severity_choice_LABEL | Ignore;Information;Fault |
| 0x333303C4 | alarm_information_LABEL | Information |
| 0x333303C6 | alarm_ignore_label_LABEL | Ignore |
| 0x333303C7 | advanced_set_up_LABEL | Advanced Setup |
| 0x333303CA | str_enter_alarm_integer_LABEL | Enter Alert Number |
| 0x333303CB | grp_ack_all_LABEL | Acknowledge Alerts on Display |
| 0x333303CD | alarm_integer_oor_LABEL | Alert Number invalid |
| 0x333303CE | percent_of_range_LABEL | Percent Range |
| 0x333303CF | a133_LABEL | A133: EEPROM Error (Display) |
| 0x333303D0 | alert_description_a133_LABEL | An uncorrectable checksum mismatch has been detected. |
| 0x333303D2 | a113_LABEL | A113: mA Output 2 Saturated |
| 0x333303D3 | alert_description_a113_LABEL | The calculated amount of current output is outside of the linear range. |
| 0x333303D5 | a114_LABEL | A114: mA Output 2 Fixed |
| 0x333303D6 | alert_description_a114_LABEL | User has set the mA output to a fixed value. |
| 0x333303E2 | enter_alert_severity_LABEL | Enter Alert Severity |
| 0x333303F7 | vol_flow_type_LABEL | Volume Flow Type |
| 0x333303F8 | std_gas_vol_LABEL | Standard Gas Volume |
| 0x333303F9 | flow_switch_setpoint_LABEL | Setpoint |
| 0x33330403 | normal_liter_per_hour_LABEL | NLPH |
| 0x33330404 | normal_liter_per_minute_LABEL | NLPM |
| 0x33330405 | normal_liter_per_second_LABEL | NLPS |
| 0x33330406 | normal_cubic_meter_per_day_LABEL | Nm3/day |
| 0x33330407 | normal_cubic_meter_per_hour_LABEL | Nm3/hr |
| 0x33330408 | normal_cubic_meter_per_minute_LABEL | Nm3/min |
| 0x33330409 | normal_cubic_meter_per_second_LABEL | Nm3/sec |
| 0x3333040A | std_cubic_feet_per_day_LABEL | SCFD |
| 0x3333040B | std_cubic_feet_per_hour_LABEL | SCFH |
| 0x3333040C | std_cubic_feet_per_minute_LABEL | SCFM |
| 0x3333040D | std_cubic_feet_per_second_LABEL | SCFS |
| 0x3333040E | std_liter_per_day_LABEL | SLPD |
| 0x3333040F | std_liter_per_hour_LABEL | SLPH |
| 0x33330410 | std_liter_per_minute_LABEL | SLPM |
| 0x33330411 | std_liter_per_second_LABEL | SLPS |
| 0x33330412 | std_cubic_meter_per_day_LABEL | Sm3/day |
| 0x33330413 | std_cubic_meter_per_hour_LABEL | Sm3/hr |
| 0x33330414 | std_cubic_meter_per_minute_LABEL | Sm3/min |
| 0x33330415 | std_cubic_meter_per_second_LABEL | Sm3/sec |
| 0x33330416 | std_liter_LABEL | SL |
| 0x33330417 | std_cubic_meter_LABEL | Sm3 |
| 0x3333041C | backlight_control_new_LABEL | Control |
| 0x3333041D | discrete_event_var_new_LABEL | Variable |
| 0x3333041E | discrete_event_type_new_LABEL | Event Type |
| 0x3333041F | sens_type_code_LABEL | Type |
| 0x33330428 | special_LABEL | Special |
| 0x3333042E | freq_output_fault_parameter_note_LABEL | Note: For frequency output fault action as upscale,set frequency output fault level value. |
| 0x33330430 | mA_output_settings_LABEL | mA Output Settings |
| 0x33330431 | reading_device_status_LABEL | Reading Device Status |
| 0x33330432 | ao_cutoff_LABEL | AO Cutoff |
| 0x3333043E | OPLabel_new_LABEL | Select Output Behavior: |
| 0x3333043F | refresh_alerts_LABEL | Refresh Alerts |
| 0x33330442 | mmi_select_MVMode | Continue Measuring;Outputs Held at Last Value;Outputs Held at Fault |
| 0x33330446 | mmi_str_upload_mv_complete_msg | Upload complete. |
| 0x33330448 | reset_all_totals_dummy_LABEL | Reset All Totals |
| 0x33330471 | mmi_str_zero_fail_LABEL | Auto Zero Failed. |
| 0x33330476 | hysteresis_LABEL | Hysteresis (0.1-10.0) |
| 0x33330477 | hysteresis_help_LABEL | If the hysteresis is set to 5%, no change of the Discrete Output state occurs when the flow rate is within +-5% of the setpoint. If the setpoint is 100 lb/min and the first reading is below 95 lb/min, the flow switch turns On and will stay On until the flow rate rises above 105 lb/min. At this point it turns Off, and will stay off until the flow rate drops below 95 lb/min. |
| 0x3333047C | fcf_lpo_norm_LABEL | Left Pickoff Stiffness |
| 0x3333047D | fcf_rpo_norm_LABEL | Right Pickoff Stiffness |
| 0x33330482 | str_abort_trim_loop_current_disabled_LABEL | Aborting method due to mA Output Action set to Fixed. |
| 0x33330483 | left_pickoff_stiffness_percent_LABEL | Left Pickoff Stiffness Percent |
| 0x33330484 | right_pickoff_stiffness_percent_LABEL | Right Pickoff Stiffness Percent |
| 0x3333048A | transmitter_firmware_checksum_LABEL | Transmitter |
| 0x33330495 | show_results_table_LABEL | Show Results Table |
| 0x33330496 | run_number_LABEL | Run Number |
| 0x33330497 | test_result_LABEL | Test Result |
| 0x33330498 | abort_code_LABEL | Abort Code |
| 0x33330499 | norm_lpo_LABEL | Normalized LPO |
| 0x3333049A | norm_rpo_LABEL | Normalized RPO |
| 0x3333049B | results_LABEL | Result |
| 0x333304A8 | fourth_variable_code_qv_LABEL | QV |
| 0x333304A9 | special_debug_mode_LABEL | Special Debug Mode |
| 0x333304AC | fcf_time_help_LABEL | The transmitter's power on time at the time of the test. |
| 0x333304AD | fcf_lpo_norm_help_LABEL | The left pickoff stiffness normalized to the baseline. |
| 0x333304AE | fcf_rpo_norm_help_LABEL | The right pickoff stiffness normalized to the baseline. |
| 0x333304B9 | MV_ABORT_CODES_enum_0_LABEL | |
| 0x333304BC | MV_ABORT_CODES_enum_3_LABEL | Frequency Drift |
| 0x333304C9 | MV_RESULT_enum_0_LABEL | Pass |
| 0x333304CA | MV_RESULT_enum_1_LABEL | Aborted in State 1 |
| 0x333304CB | MV_RESULT_enum_2_LABEL | Aborted in State 3 |
| 0x333304CC | MV_RESULT_enum_3_LABEL | Aborted in State 4 |
| 0x333304CD | MV_RESULT_enum_4_LABEL | Aborted in State 5 |
| 0x333304CE | MV_RESULT_enum_5_LABEL | Aborted in State 6 |
| 0x333304CF | MV_RESULT_enum_6_LABEL | Aborted in State 10 |
| 0x333304D0 | MV_RESULT_enum_7_LABEL | Aborted in State 15 |
| 0x333304D1 | MV_RESULT_enum_8_LABEL | Fail |
| 0x333304D8 | setup_event_trigger_LABEL | Setup Event Trigger |
| 0x333304D9 | string_show_results_plot_LABEL | Show Results Plot |
| 0x333304F5 | a118_milliamp_output_1_LABEL | A118: Discrete Output 1 Fixed |
| 0x333304FE | setup_schedule_LABEL | Setup Schedule |
| 0x333304FF | schedule_LABEL | Schedule |
| 0x33330502 | do_not_poll_LABEL | Do Not Poll |
| 0x33330508 | mass_flow_digital_value_LABEL | Flow Rate |
| 0x33330509 | mtot_digital_value_LABEL | Total |
| 0x3333050A | minv_digital_value_LABEL | Inventory |
| 0x3333050B | vol_flow_digital_value_LABEL | Flow Rate |
| 0x3333050C | vtot_digital_value_LABEL | Total |
| 0x3333050D | vinv_digital_value_LABEL | Inventory |
| 0x3333050E | gas_vol_flow_digital_value_LABEL | Flow Rate |
| 0x3333050F | gas_std_vtot_digital_value_LABEL | Total |
| 0x33330510 | gas_std_vinv_digital_value_LABEL | Inventory |
| 0x3333051D | discrete_input_assignment_LABEL | Assignment |
| 0x33330531 | discrete_assignment_choices_LABEL | None;Discrete Event 1;Discrete Event 2;Discrete Event 3;Discrete Event 4;Discrete Event 5;Discrete Input |
| 0x33330532 | str_perform_cal_dencal_a_LABEL | You are about to perform a first point calibration. |
| 0x33330533 | str_perform_cal_dencal_b_LABEL | You are about to perform a second point calibration. |
| 0x33330534 | str_perform_cal_dencal_c_LABEL | You are about to perform a third point calibration. |
| 0x33330535 | str_perform_cal_dencal_d_LABEL | You are about to perform a fourth point calibration. |
| 0x33330536 | method_upload_mv_results_LABEL | Upload Results Data from Device |
| Reference ID | Label | String |